RF Wireless Solutions, RF, Wireless Data Collection, Industrial RF solutions, SCADA, wireless SCADA, RF SCADA monitoring, wireless transceivers

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SCADA - Wireless SCADA systems:
Industrial Automation, Process Automation, Factory Automation, Machine Control, Motion Control, Process Control & InstrumentationRF Wireless Solutions, RF, Wireless Data Collection, Industrial RF solutions, SCADA, wireless SCADA, RF SCADA monitoring, wireless transceivers
Data from and control signals to pipes, valves and pumps can be sent wirelessly via our products.

Electric utilities worldwide can use wireless solutions for monitoring and controlling vital processes in the development and distribution of electricity including data from substations, capacitor banks and high tension lines.

Use wireless to link various segments of their infrastructure, and to monitor and control alarms and sensors

Automation Wireless Solution Provider
IQ Sensors 418 - IQ Sensors 900 - Wireless I/O - Software

Industrial Ethernet Products

Automation - Industrial Ethernet Products - SCADA

Industrial Ethernet Products
PHOENIX CONTACT makes rail-mounted terminal blocks, pcb connectors & wiring devices, distributed I/O, interface,& relay systems, signal conditioning & i/o modules, transient protection,& power supplies.

Data Acquisition Service
Data acquisition is the process of gathering information in an automated fashion from analog and digital measurement sources such as sensors and devices under test. Data acquisition uses a combination of PC-based measurement hardware and software to provide a flexible, user-defined measurement system.

Another approach to data logging and system monitoring would be to use a data acquisition service with the TriStar. All the interfacing, programming and setup are done by the provider. The service providers collect the data and put it on a secure website to be accessed by the customers at their convenience. This simplifies the collection and logistics of data acquisition. The providers many times use their existing cellular or satellite based networks on their own terms. No dialing up or wireless connection needs to be handled by the customers. They merely use the website as their data storage. The data can even be converted to be viewed in a graphical format, as shown below in a sample picture from the  website. This makes the information more understandable to someone who does not have a technical background. This “outsourcing” of the data collection can be very cost effective.Once the data is stored and accessible on the internet; it can also be used for many other purposes. The data can be downloaded to a local computer for further analysis. The customers could also work to “link” the data onto their own website so it would integrate seamlessly with their own company website. Contact a data service provider for more information.
 
 
Data logging
Besides real time transfer of information, data logging is often used to store information about the system for later retrieval. This can be as simple as a counter that runs up energy usage/production, or as advanced as getting regular measurements of 10 different parameters every 15 minutes.

The TriStar internally stores Kilowatt hours, Amp hours (total and resetable), maximum battery voltage and minimum battery voltage.

In additional to these values, the RS-232 port can be tapped to take readings of these figures, as well as the other parameters in order to be stored and accessed at a later time.
Analog data measurement can be used on any system by using a series of wires in order “tap” different parts of the system to take readings. The benefit of using the TriStar is that these readings are all being performed by the TriStar, and all that needs to be done is access this data through the RS-232 port and store it. This eliminates the need for a lot of complex measurement hardware like shunts and analog/digital converters. It saves money as well as simplifies the system.

Most commonly, industrial sites use a PLC to connect many pieces of hardware together, communicate with them, and analyze the data. Sometimes PLC’s can store the data internally in its own flash memory. The most common interface used by PLC’s is the MODBUS protocol over an RS-232 cable. This is what the TriStar was designed to use as well, so it is easily adaptable to this type of environment. Anyone familiar with MODBUS should be able to easily work with the TriStar. The complete TriStar MODBUS specification is available on the Morningstar website. This will have everything you need to know about the TriStar’s data and how to get to it easily.

PLC hardware is made by Adott.com
 
Point-to-Point Wireless Transfer
Point-to-Point radios are available that will relay the data connection wirelessly for around 10-30 kilometers, depending on geographical conditions and radio specifications.

The difference between these and cellular modems is that there is no external service or antenna required. The radios communicate 1 on 1 with each other directly. There is no service fee required since you are sending from one unit and receiving with another. Depending on the type of radio, a FCC license may be required, but there are several non-license frequencies available. Consult with a radio specialist for your specific needs. This type of setup can be handy to use when you need to communicate with a TriStar in the general vicinity, but the distance is still prohibitive for the use of a wired connection
Wireless Cellular Modem

A cellular modem that uses a standard cellular phone network (paid service) is another option for communicating with the TriStar. Most service providers sell a modem version of their cellular phone hardware that will allow you to dial up to a remote site, connect, and transfer data wirelessly. The cellular hardware must have an RS-232 port on it to connect to the TriStar. You can then contact the TriStar the same way you would with a landline modem, except you have the advantage of reaching installations that do not have hardwired phone service.

In extremely remote locations, cellular towers may not yet be available. In this case, there are satellite modems that operate the same way, but utilize satellites in orbit to relay the signal. Depending on the amount of data and the frequency of contact, this can be quite affordable.
 
Landline Modem connection

If the TriStar can be located at a site reachable by a land telephone line, a standard modem is connected to the RS-232 port on the controller. There are some specific setup requirements for a modem to be used in this manner. Please contact Morningstar for
more details on the modem types and settings that work most effectively with the TriStar.
There are industrial grade modems available that would work well at a TriStar site location. These are more durable, run on DC voltage, and have other features that make them very functional in remote locations. They are also sometimes designed with power
consumption as a primary concern, so that they can confidently be used with battery based systems.

source of information Moringstar

IQ Sensor Pulse Counter
418 MHz Transmitter
The IQ Sensor Pulse Counter wireless transmitter is a battery operated digital counter with a microprocessor controlled 418 MHz. FCC certified radio transmitterIQ Sensor Pulse Counter
418 MHz Transmitter
Main Features
30-Bit unique ID with 24-bit Digital Counter and radio transmitter
Counts up to 60,000 pulses per minute
Switch for installation and service mode indication
Broad operating temperature range
Up to 600-foot range
Transmission rates from 10 to 17 seconds random
Up to 100 transmitters can coexist
Battery lasts from 6 to 10 years
Very small (1.3 X 2.1 X .6) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID, and counter data
Internal Loop antenna
Description: The IQ Sensor Pulse Counter wireless transmitter is a battery operated digital counter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Pulse Counter has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Pulse Counter to consume very little energy and a battery life of 5 to 10 years results.
The IQ Sensor Pulse Counter electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1)The IQ Sensor Pulse Counter is shipped with the transmitter turned off, anytime the IQ Sensor Pulse Counter is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Pulse Counter by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Pulse Counter is started. 2)The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3)The service switch is used to put the IQ Sensor Pulse Counter in a quiescent mode (no transmissions and very low power consumption), this is the state the IQ Sensor Pulse Counter is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IQ Sensor Thermistor
418 MHz Transmitter
The IQ Sensor Thermistor wireless transmitter is a battery operated 10K thermistor interface with a microprocessor controlled 418 MHz.IQ Sensor Thermistor
418 MHz Transmitter

Main Features
10K thermistor transmitter
Transmits unique ID and thermistor data
Up to 600 foot transmission range
Transmission rates from 10 to 17 seconds random
Up to 100 transmitters can coexist
Battery lasts from 6 to 10 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID, and thermistor data
Internal Loop antenna
Low Cost

Description:
The IQ Sensor Thermistor wireless transmitter is a battery operated 10K thermistor interface with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The Sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and thermistor data is read from a 12-bit analog to digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the Sensor to consume very low energy resulting in a battery life of up to 10 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An external pushbutton in the top ABS cover activates the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch. When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 
IQ Sensor Power Monitor
418 MHz Transmitter
The IQ Sensor Power Monitor wireless transmitter is a battery operated 12 bit analog-to-digital converter with a microprocessor controlled 418 MHz.IQ Sensor Power Monitor
418 MHz Transmitter

Main Features
Measures current draw
64-Bit unique ID
12-bit analog to digital conversion
Transmits unique ID and analog value
Up to 600 foot transmission range
Transmission intervals from 10 to 17 seconds random
Patent pending modulator
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS enclosure
Water resistant coating on PCB
Internal loop antenna
Low cost

Description:
The IQ Sensor Power Monitor wireless transmitter is a battery operated 12 bit analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The Sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and analog data is read from a 12-bit analog to digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the Sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An integral pushbutton is used to activate the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch (you will feel the button click). When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 
IQ Sensor Magnetic Door
418 MHz Transmitter
The IQ Sensor Magnetic Door wireless transmitter is a battery operated digital counter sensor with a microprocessor controlled 418 MHz.IQ Sensor Magnetic Door
418 MHz Transmitter

Main Features
32-Bit unique ID with 24-bit Digital Counter, digital input status
Switch for installation and service mode indication
Up to 600-foot range
Transmits immediately on status change
Up to 100 transmitters can coexist
Battery lasts from 5 to 10 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID and counter data
Internal Loop antenna
Low Cost

Description:
The IQ Sensor Magnetic Door wireless transmitter is a battery operated digital counter sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Magnetic Door has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device, counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Magnetic Door to consume very little energy and a battery life of 5 to 10 year results.

The IQ Sensor Magnetic Door electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1)The IQ Sensor Magnetic Door is shipped with the transmitter turned off, anytime the IQ Sensor Magnetic Door is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Magnetic Door by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Magnetic Door is started. 2) The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3)The service switch is used to put the IQ Sensor Magnetic Door in a quiescent mode (no transmissions and very low power consumption), this is the state the IQ Sensor Magnetic Door is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IQ Sensor Counter/Temperature
418 MHz Digital Counter and Temperature Sensor
The IQ Sensor Counter/Temperature wireless transmitter is a battery operated digital counter and temperature sensor with a microprocessor controlled 418 MHz. IQ Sensor Counter/Temperature
418 MHz Digital Counter and Temperature Sensor

Main Features
32-Bit unique ID with 24-bit Digital Counter, 13-bit Temperature, digital input status
Switch for installation and service mode indication
Broad operating temperature range
Up to 600-foot range
Transmission rates from 10 to 17 seconds random
Up to 100 transmitters can coexist
Battery lasts from 5 to 10 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID, temperature and counter data
Internal Loop antenna
Low Cost

Description:
The IQ Sensor Counter/Temperature wireless transmitter is a battery operated digital counter and temperature sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Counter/Temperature has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device, counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Counter/Temperature to consume very little energy and a battery life of 5 to 10 year results.

The IQ Sensor Counter/Temperature electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1) The IQ Sensor Counter/Temperature is shipped with the transmitter turned off, anytime the IQ Sensor Counter/Temperature is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Counter/Temperature by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Counter/Temperature is started. 2)The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3)The service switch is used to put the IQ Sensor Counter/Temperature in a quiescent mode (no transmissions and very low power consumption),this is the state the IQ Sensor Counter/Temperature is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IQ Sensor Motion
418 MHz Transmitter
The IQ Sensor Motion sensor is a battery operated digital motion sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. IQ Sensor Motion
418 MHz Transmitter

Main Features
Digital motion measurement via internal weighted accelerometer
64-Bit unique ID
Up to 600 foot transmission range
30 second transmission interval
Patent pending
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS enclosure
Complies with part 15 of the FCC rules
Water resistant coating for wet environments
Internal loop antenna
Low cost

Description:
The IQ Sensor Motion sensor is a battery operated digital motion sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Motion sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information and digital motion data is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Motion sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An integral pushbutton is used to activate the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch (you will feel the button click). When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 IQ Sensor Vibration
418 MHz Transmitter
The IQ Sensor Vibration sensor is a battery operated digital vibration sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. IQ Sensor Vibration
418 MHz Transmitter

Main Features
Digital broad range vibration measurement via internal accelerometer
64-Bit unique ID
Up to 600 foot transmission range
30 second transmission interval
Patent pending
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS enclosure
Complies with part 15 of the FCC rules
Water resistant coating for wet environments
Internal loop antenna
Low cost

Description:
The IQ Sensor Vibration sensor is a battery operated digital vibration sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Vibration sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information and digital Vibration data is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Vibration sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An integral pushbutton is used to activate the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch (you will feel the button click).
When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IQ Sensor IR Counter
Battery Operated IR Sensors with an Integrated RF Transmitter
The IQTrafficControl IR IQ Sensor is a battery operated infrared beam interruption sensor with a 418 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter and a radio transmitter for truly wireless installation and operation. IQ Sensor IR Counter
Battery Operated IR Sensors with an Integrated RF Transmitter

Main Features
IR beam-interrupt 24-bit counter
Battery operated for a truly wireless installation
Radio interface operates with all IQTrafficControl Receivers
Unique serial number embedded in radio data packets
Integrated 6-digit LCD beam interrupt counter
Integrated mounting flange
Optional flush-mount wall box kit
Up to 100 Ft. IR transmission range - 60 ft. in low power mode
Up to 600 Ft. radio range
Counts beam interruptions and total beam interrupt duration
CRC-16 error checked radio data packets
1.3” X 2.1” X .6” ABS enclosures
Energy managed low power modes for long battery life
Complies with part 15 of the FCC rules
Patent pending
User replaceable batteries
Front or Side Firing IR Beam

Description:
The IQTrafficControl IR IQ Sensor is a battery operated infrared beam interruption sensor with a 418 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter and a radio transmitter for truly wireless installation and operation. The IR transmitter produces 16 pulses of IR each second across a distance of up to 60 feet in low power mode and 100 feet in high power mode. The user can select the power mode by pushbutton on the IR transmitter. The IR transmitter flashes 16 pulses of high intensity IR each second. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting.

The IR IQ Sensor is designed to require very little energy; the internal 3.6 Volt Lithium battery will operate the IR receiver for up to 6.5 years in unbroken beam mode and 3 years in normal operation.
The IR transmitter can operate on a single 3.6 Volt internal Lithium battery for 1 year in low power mode and 4 months in high power mode. High power mode is rarely used because the IR counter has a separation range of 60 feet in low power mode and traffic pathways are rarely larger.

The IR receiver and IR transmitter can be placed in a Shipping Mode to lower energy usage and to prevent Radio transmissions during shipping. Holding the pushbutton down for a period of time greater than 10 seconds and then releasing will enter Shipping Mode. IR receiver Shipping mode is indicated by the LCD display counting automatically 1 count each second. When shipped from the manufacturer the IR counter will always be in Shipping Mode. A rapid flashing of the LED indicates IR transmitter shipping mode when the pushbutton is pressed for less than 4 seconds.

Shipping mode is terminated by entry into Online Mode. Online mode is entered from Shipping Mode by pushing and holding the pushbutton for greater than 4 seconds and less than 8 seconds or for the IR receiver until the LCD display clears to zero. While in Online Mode the IR IQ Sensor can be placed in Shipping Mode by pushing and holding the pushbutton for greater than 8 seconds, upon release the IR IQ Sensor will enter Shipping Mode and will begin counting on the LCD display once each second. Note that both the receiver and the transmitter are shipped in Shipping Mode and must be placed in Online Mode for normal operation. The IR transmitter indicates shipping mode by a rapid flashing of the LED whenever the pushbutton is pressed for periods of less than 4 seconds.

While in Online Mode the user can place the receiver in Setup Mode by pushing the pushbutton for a short time of 1- 4 seconds. The receiver will be placed in Setup Mode to aid in alignment of the transmitter and receiver.
For a period of 2 minutes the LED on the receiver will glow to indicate the reception of the IR beam from the transmitter. After two minutes or 8-seconds of uninterrupted beam the receiver will exit Setup Mode and return to Online Mode. In Online Mode the LED on the front of the receiver will flash briefly each time the IR beam is interrupted. The LCD counter will count each beam interruption and the internal 24-bit counters will count the beam- interruption and the beam-interruption-time.

The LCD counter and the internal 24-bit counters will perform a Counter Reset each time the push button on the IR receiver is pushed and held for more than 4 seconds. Counter reset is best performed after the receiver and transmitter have been setup for Online Mode operation using Setup Mode.

High Power Mode is entered by pressing and holding the pushbutton, after 4 seconds the LED will come on steady for 2 seconds. Release the pushbutton during the 2 seconds while the LED is on to enter High Power Mode. The LED will remain on for 5 seconds after pushbutton release to indicate High Power Mode.
High power mode increases the IR range to 100 ft. and reduces the battery life.

Low Power Mode is set by pressing and holding the pushbutton, after 4 seconds the LED will come on steady for 2 seconds. Release the pushbutton after the 2 seconds while the LED is off to enter Low Power Mode. The LED stays off immediately after pushbutton release to indicate Low Power Mode. Low power mode reduces the IR range to 60 ft. and increases battery life.
IQ Sensor Temperature
Wireless Temperature and Unique ID Transmitter.
The IQ Sensor-Temperature is a battery operated digital temperature sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter.
Custom versions available for OEM's.IQ Sensor Temperature
Wireless Temperature and Unique ID Transmitter.

Main Features:
Digital temperature measurement
64-Bit Unique ID
Up to 600 foot transmission range
Transmission intervals from 10 to 17 seconds random
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating for wet environments
Internal Loop antenna
Low Cost.

Description:
The IQ Sensor Temperature sensor is a battery operated digital temperature sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Temperature sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information and digital temperature data are read from a Dallas Semiconductor DS18B20 digital temperature sensor. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Temperature sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A hole in the top ABS cover permits a special tool to be inserted to activate the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch (you will feel the button click). When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption).This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IQ Sensor Temp/Humidity
Wireless Temperature and Relative Humidity Transmitter
The IQ Sensor-Temp/Humidity is a battery operated digital
temperature and relative humidity sensor with a microprocessor controlled
418 MHz. FCC certified radio transmitter.
Custom versions available for OEM's.
IQ Sensor Temp/Humidity
Wireless Temperature and Relative Humidity Transmitter

Main Features:
Measures Temperature and Relative Humidity
Up to 600-foot transmission range
Transmission rates from 10 to 17 seconds random
Patent Pending Modulator
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Broad operating temperature range
Complies with part 15 of the FCC rules
Water resistant coating on PCB
Internal Loop antenna
Low Cost


Description:
The IQ Sensor Wireless Temperature and Relative Humidity sensor is a battery operated digital temperature and relative humidity sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. It has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information digital temperature and relative humidity data are read from a Dallas Semiconductor DS18B20 digital temperature sensor and the Honeywell relative humidity sensors. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds.This architecture allows the Sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A hole in the top ABS cover permits a special tool to be inserted to activate the service switch. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily pushing the service switch (you will feel the button click). When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The service switch is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 IQ Sensor Analog 5V
418 MHz transmitters with analog input and Unique ID
The IQ Sensor Analog 5V wireless transmitter is a battery operated digital 0-5 V. Input analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter.
Custom versions available for OEM's.IQ Sensor Analog 5V
418 MHz transmitters with analog input and Unique ID

Main Features:
Analog input
12-bit Analog to Digital Conversion
Transmits Unique ID and analog value
Up to 600-foot transmission range
Transmission intervals from 10 to 17 seconds random
Patent Pending Modulator
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
Internal Loop antenna
Low Cost

Description:
The IQ Sensor Analog 5V wireless transmitter is a battery operated 12 bit analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The Sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and analog data is read from a 12-bit analog to digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the Sensor to consume very little energy and a battery life of 2 to 5 years results.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A hole in the top ABS cover permits a pointed object such as a toothpick to be inserted to activate the service switch. The service switch has three functions: 1) The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by inserting a pointed object and momentarily pushing the service switch (you will feel the button click). 2) The service switch is used as an aid to installation. When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3) The service switch is used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 
IQ Sensor Analog 10V
418 MHz transmitters with 12-bit analog input/ Unique ID
The IQ Sensor Analog 10v wireless transmitter is a battery operated digital 0-10 V. Input analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter.
Custom versions available for OEM's.IQ Sensor Analog 10V
418 MHz transmitters with 12-bit analog input/ Unique ID

Main Features:
Analog input
12-bit Analog to Digital Conversion
Transmits Unique ID and analog value
Up to 600 foot transmission range
Transmission intervals from 10 to 17 seconds random
Patent Pending Modulator
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
Internal Loop antenna
Low Cost


Description:
The IQ Sensor Analog 10v wireless transmitter is a battery operated 12 bit analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The Sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and analog data is read from a 12-bit analog to digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the Sensor to consume very little energy and a battery life of 2 to 5 years results.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A hole in the top ABS cover permits a pointed object such as a toothpick to be inserted to activate the service switch. The service switch has three functions: 1) The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by inserting a pointed object and momentarily pushing the service switch (you will feel the button click). 2) The service switch is used as an aid to installation. When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3) The service switch is used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 
IQ Sensor Analog 20mA.
418 MHz transmitters with analog input / Unique ID
The IQ Sensor Analog 20mA wireless transmitter is a battery operated digital 0-20 mA. Input analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter.
Custom versions available for OEM's.IQ Sensor Analog 20mA
418 MHz transmitters with analog input / Unique ID

Main Features:
Analog input
12-bit Analog to Digital Conversion
Transmits Unique ID and analog value
Up to 600 foot transmission range
Transmission intervals from 10 to 17 seconds random
Patent Pending Modulator
Battery life up to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
Internal Loop antenna
Low Cost


Description:
The IQ Sensor Analog wireless transmitter is a battery operated digital 0-20 mA. The IQ Sensor Analog/Light wireless transmitter is a battery operated 12 bit analog-to-digital converter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The Sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and analog data is read from a 12-bit analog to digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the Sensor to consume very little energy and a battery life of 2 to 5 years results.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A hole in the top ABS cover permits a pointed object such as a toothpick to be inserted to activate the service switch. The service switch has three functions: 1) The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by inserting a pointed object and momentarily pushing the service switch (you will feel the button click). 2) The service switch is used as an aid to installation. When the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3) The service switch is used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
IR Traffic Counters
IQ Sensor Directional People Counter
Dual IR Beams for Directional Counting
Battery life up to 2.5 years
15 ft. or 25 ft. IR transmission range
Up to 600 Ft. radio range
6.3” X 1.7” X 1.2” ABS enclosuresIQ Sensor Directional People Counter
Battery Operated Directional People Counter with an Integrated RF Transmitter

Main Features
Dual IR Beams for Directional Counting
Battery life up to 2.5 years
Unique serial number embedded in radio data packets
Integrated mounting flange
15 ft. or 25 ft. IR transmission range
Up to 600 Ft. radio range
Counts beam interruptions
CRC-16 error checked radio data packets
6.3” X 1.7” X 1.2” ABS enclosures
Complies with part 15 of the FCC rules
Patent pending
User replaceable batteries


Description:
The IQ Sensor IR Directional Counter is a battery operated infrared beam interruption sensor with a 418/433 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated radio transmitter for truly wireless installation and operation. The IR transmitters produce 96 pulses of high intensity IR each second across a user configurable distance of 15 or 25 feet. The user can select the power mode by adjusting the internal switches on the IR transmitter. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting. The “IN and “OUT” logic is built into the product making the radio transmission data very easy to interpret. All counts are totalized and stored in memory. Once every 30 seconds the totalized counts are transmitted via the integrated radio.

The IR IQ Sensor is designed to require very little energy; the internal 3.6 Volt Lithium thionyl chloride batteries will operate the IR receiver for up to 2.5 years in normal operation. The IR transmitter can operate on four 3.6 Volt internal Lithium thionyl chloride batteries for 2.5 years in low power mode (15 foot IR span) and 1.5 years in high power mode (25 foot IR span).

The product is ideally suited for applications where running cables is cost prohibitive or not practical. Typical applications include: shopping centers, casinos, retail and hotels.
IQ Sensor Directional People Counter-900
Dual IR Beams for Directional People Counting
Battery life up to 4 years
25 ft. IR transmission range
Up to 1300 Ft. radio range
4.53” X 2.56” X 1.57” polycarbonate enclosuresIQ Sensor Directional People Counter-900
Battery Operated Directional People Counter with an Integrated RF Transmitter

Main Features
Dual IR Beams for Directional People Counting
Battery operated for a truly wireless installation
Radio interface operates with all IQTrafficControl Receivers
Battery life up to 4 years
Unique serial number embedded in radio data packets
Optional flush-mount wall box kit
25 ft. IR transmission range
Up to 1300 Ft. radio range
Counts beam interruptions
CRC-16 error checked radio data packets
4.53” X 2.56” X 1.57” polycarbonate enclosures
Complies with part 15 of the FCC rules
Patent pending
User replaceable battery packs

Description:
The IQ Sensor IR Directional Counter-900 is a battery operated infrared beam interruption sensor with a 900 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated radio transmitter for truly wireless installation and operation. The IR transmitters produce 96 pulses of high intensity IR each second across a maximum distance of 25 feet. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting. The “IN and “OUT” logic is built into the product making the radio transmission data very easy to interpret. All counts are totalized and stored in memory. Once every 120 seconds the totalized counts are transmitted via the integrated radio.

The IR IQ Sensor is designed to require very little energy; the internal 3.6 Volt Lithium thionyl chloride battery pack will operate the IR receiver for up to 4 years in normal operation. The IR transmitter can operate on the 3.6 Volt internal Lithium thionyl chloride battery pack for 4 years.

The product is ideally suited for applications where running cables is cost prohibitive or not practical. Typical applications include: shopping centers, casinos, retail and hotels.
IQ Sensor IR Counter-LL
IR beam-interrupt 24-bit People Counter
Front or Side Firing IR Beam
Up to 30 Ft. IR transmission range
Up to 600 Ft. radio range
2.5” X 2.0” X 1.0” ABS enclosuresIQ Sensor IR Counter-LL
Battery Operated IR People Counter with an Integrated RF Transmitter

Main Features
IR beam-interrupt 24-bit People Counter
Battery operated for a truly wireless installation
Front or Side Firing IR Beam
Radio interface operates with all IQTrafficControl Receivers
Unique serial number embedded in radio data packets
Integrated 6-digit LCD display indicating total counts
Integrated mounting flange
Up to 30 Ft. IR transmission range
Up to 600 Ft. radio range
Counts beam interruptions and total beam interrupt duration
CRC-16 error checked radio data packets
2.5” X 2.0” X 1.0” ABS enclosures
Energy managed low power modes for long battery life
Complies with part 15 of the FCC rules
Patent pending
User replaceable batteries


Description:
The IQTrafficControl IR IQ Sensor-LL is a battery operated infrared beam People Counter with a 418/433 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter and a radio transmitter for truly wireless installation and operation. The IR transmitter produces 32 pulses of high intensity IR each second across a distance of up to 30 feet. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting.

The IR IQ Sensor is designed to require very little energy; the internal 3.6 Volt Lithium thionyl chloride battery will operate the IR receiver for up to 2.5 years in normal operation. The IR transmitter can operate on two 3.6 Volt internal Lithium thionyl chloride batteries for 2.5 years.
Side Firing IR Beams Point Counter
IR Beam Traffic Counter
Battery powered - up to 2 year operation
Local display
Integrated 418MHz/433MHz transmitter
High Impact ABS Enclosure (1.3" x 2.1" x .6")
IQ Sensor IR Counter
Battery Operated IR Sensors with an Integrated RF Transmitter

Main Features
IR beam-interrupt 24-bit counter
Battery operated for a truly wireless installation
Radio interface operates with all IQTrafficControl Receivers
Unique serial number embedded in radio data packets
Integrated 6-digit LCD beam interrupt counter
Integrated mounting flange
Optional flush-mount wall box kit
Up to 100 Ft. IR transmission range - 60 ft. in low power mode
Up to 600 Ft. radio range
Counts beam interruptions and total beam interrupt duration
CRC-16 error checked radio data packets
1.3” X 2.1” X .6” ABS enclosures
Energy managed low power modes for long battery life
Complies with part 15 of the FCC rules
Patent pending
User replaceable batteries
Front or Side Firing IR Beam

Description:
The IQTrafficControl IR IQ Sensor is a battery operated infrared beam interruption sensor with a 418 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter and a radio transmitter for truly wireless installation and operation. The IR transmitter produces 16 pulses of IR each second across a distance of up to 60 feet in low power mode and 100 feet in high power mode. The user can select the power mode by pushbutton on the IR transmitter. The IR transmitter flashes 16 pulses of high intensity IR each second. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting.

The IR IQ Sensor is designed to require very little energy; the internal 3.6 Volt Lithium battery will operate the IR receiver for up to 6.5 years in unbroken beam mode and 3 years in normal operation.
The IR transmitter can operate on a single 3.6 Volt internal Lithium battery for 1 year in low power mode and 4 months in high power mode. High power mode is rarely used because the IR counter has a separation range of 60 feet in low power mode and traffic pathways are rarely larger.

The IR receiver and IR transmitter can be placed in a Shipping Mode to lower energy usage and to prevent Radio transmissions during shipping. Holding the pushbutton down for a period of time greater than 10 seconds and then releasing will enter Shipping Mode. IR receiver Shipping mode is indicated by the LCD display counting automatically 1 count each second. When shipped from the manufacturer the IR counter will always be in Shipping Mode. A rapid flashing of the LED indicates IR transmitter shipping mode when the pushbutton is pressed for less than 4 seconds.

Shipping mode is terminated by entry into Online Mode. Online mode is entered from Shipping Mode by pushing and holding the pushbutton for greater than 4 seconds and less than 8 seconds or for the IR receiver until the LCD display clears to zero. While in Online Mode the IR IQ Sensor can be placed in Shipping Mode by pushing and holding the pushbutton for greater than 8 seconds, upon release the IR IQ Sensor will enter Shipping Mode and will begin counting on the LCD display once each second. Note that both the receiver and the transmitter are shipped in Shipping Mode and must be placed in Online Mode for normal operation. The IR transmitter indicates shipping mode by a rapid flashing of the LED whenever the pushbutton is pressed for periods of less than 4 seconds.

While in Online Mode the user can place the receiver in Setup Mode by pushing the pushbutton for a short time of 1- 4 seconds. The receiver will be placed in Setup Mode to aid in alignment of the transmitter and receiver.
For a period of 2 minutes the LED on the receiver will glow to indicate the reception of the IR beam from the transmitter. After two minutes or 8-seconds of uninterrupted beam the receiver will exit Setup Mode and return to Online Mode. In Online Mode the LED on the front of the receiver will flash briefly each time the IR beam is interrupted. The LCD counter will count each beam interruption and the internal 24-bit counters will count the beam- interruption and the beam-interruption-time.

The LCD counter and the internal 24-bit counters will perform a Counter Reset each time the push button on the IR receiver is pushed and held for more than 4 seconds. Counter reset is best performed after the receiver and transmitter have been setup for Online Mode operation using Setup Mode.

High Power Mode is entered by pressing and holding the pushbutton, after 4 seconds the LED will come on steady for 2 seconds. Release the pushbutton during the 2 seconds while the LED is on to enter High Power Mode. The LED will remain on for 5 seconds after pushbutton release to indicate High Power Mode.
High power mode increases the IR range to 100 ft. and reduces the battery life.

Low Power Mode is set by pressing and holding the pushbutton, after 4 seconds the LED will come on steady for 2 seconds. Release the pushbutton after the 2 seconds while the LED is off to enter Low Power Mode. The LED stays off immediately after pushbutton release to indicate Low Power Mode. Low power mode reduces the IR range to 60 ft. and increases battery life.Point Counter Plus
IR Beam Traffic Counter
Extended battery - up to 6 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS Enclosure (1.3" x 4.2" x .6")Point Counter Plus
IR Beam Traffic Counter
Extended battery - up to 6 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS Enclosure (1.3" x 4.2" x .6")
IQ Sensor IR Counter Plus
Battery Operated IR Sensors with an Integrated RF Transmitter

Main Features
IR beam-interrupt 24-bit counter
Battery operated for a truly wireless installation
Front or Side Firing IR Beam
Radio interface operates with all IQTrafficControl Receivers
Unique serial number embedded in radio data packets
Integrated 6-digit LCD beam interrupt counter
Integrated mounting flange
Up to 20 Ft. IR transmission range
Up to 600 Ft. radio range
Counts beam interruptions and total beam interrupt duration
CRC-16 error checked radio data packets
6.3 X 1.7 X 1.2 ABS enclosures
Energy managed low power modes for long battery life
Complies with part 15 of the FCC rules
Patent pending
User replaceable batteries


Description:
The IQTrafficControl IQ Sensor IR Counter Plus is a battery operated infrared beam interruption sensor with a 418/433 MHz radio transmitter. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter and a radio transmitter for truly wireless installation and operation. The IR transmitter produces 32 pulses of high intensity IR each second across a distance of up to 25 feet. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting.
The IQ Sensor IR Counter Plus is designed to require very little energy; the internal 3.6 Volt Lithium thionyl chloride batteries will operate the IR receiver for up to 6 years in normal operation. The IR transmitter can operate on four 3.6 Volt internal Lithium thionyl chloride batteries for 6 years.
 
Irisys CameraIRISYS Integrated Radio
The IRISYS Camera Interface
The IRISYS Camera Interface is designed to wirelessly enable the IRISYS Thermal Imaging Camera.
IRISYS Integrated Radio
The IRISYS Camera Interface

Main Features
Wireless Interface to IRISYS Thermal Imaging Camera
Counts for “In” & “Out” Traffic
30 bit unique ID
900 MHz or 2.4 GHz SS Frequency Hopping Transceiver
CRC-16 error checking for status and counter data
Transmission at 30 second intervals
Radio Network Supports Dozens of Cameras Simultaneously
Range Indoors: 600' to 1200' / 200m to 600m
Range Outdoors: 7mi. with dipole, > 10 mi. w/high gain antenna
Configuration parameters set by radio
Internal Antenna
Compatible with IQTrafficControl Network and Web Gateways
CE Compliant Models


Description:
The IRISYS Camera Interface is designed to wirelessly enable the IRISYS Thermal Imaging Camera. The interface accommodates dual channel discrete pulses to count “In” and “Out” traffic. The Interface obtains its power parasitically from the camera. Counts are totalized in both directions and the data is transferred via wireless modem data up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna. The device is perfect for those needing high performance and dependable operation.

It is ideally suited for applications where running cables is either cost prohibitive or deemed too disruptive for the environment.

Radio modules have built-in support for multi-drop networking protocols. Multiple independent networks can operate in the same vicinity by using distinct network identifiers. The radios integrate quickly and seamlessly into any new or existing design. Simply plug the camera into the interface to send FCC Part 15 approved, frequency hopping spread spectrum data through the air and capture it on all receivers within range on the same network. The system behaves as a virtual half-duplex parallel-wired network.Wireless IRISYS Camera Interface
Wireless Interface to IRISYS Thermal Imaging Camera
The IRISYS Camera Interface is designed to wirelessly enable the IRISYS Thermal Imaging Camera.
Specially engineered to be completely plug compatible, it has a RJ 45 connector for quick and easy connection to the camera.Wireless IRISYS Camera Interface
Wireless Interface to IRISYS Thermal Imaging Camera

Main Features
Wireless Interface to IRISYS Thermal Imaging Camera
Displays Total Counts for “In” & “Out” Traffic
RJ 45 jack connects directly to camera
Compatible with multiple camera outputs
30 bit unique ID
900 MHz or 2.4 GHz SS Frequency Hopping Transceiver
CRC-16 error checking for status and counter data
Transmission at 30 second intervals
Radio Network Supports Dozens of Cameras Simultaneously
Range Indoors: 600' to 1200' / 200m to 600m
Range Outdoors: 7mi. with dipole, > 10 mi. w/high gain antenna
Configuration parameters set by radio
Internal Antenna
High Impact ABS enclosure
Compatible with IQTrafficControl Network and Web Gateways
CE Compliant Models


Description:
The IRISYS Camera Interface is designed to wirelessly enable the IRISYS Thermal Imaging Camera. Specially engineered to be completely plug compatible, it has a RJ 45 connector for quick and easy connection to the camera. The interface accommodates both dual channel discrete pulses as well as single channel pulse width modulation. The Interface obtains its power parasitically from the camera. Counts are totalized in both directions and the data is transferred via wireless modem data up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna. The device is perfect for those needing high performance and dependable operation.

It is ideally suited for applications where running cables is either cost prohibitive or deemed too disruptive for the environment.

Radio modules have built-in support for multi-drop networking protocols. Multiple independent networks can operate in the same vicinity by using distinct network identifiers. The radios integrate quickly and seamlessly into any new or existing design. Simply plug the camera into the interface to send FCC Part 15 approved, frequency hopping spread spectrum data through the air and capture it on all receivers within range on the same network. The system behaves as a virtual half-duplex parallel-wired network.
IQ Sensor P2P-DP
Pulse-to-Packet & Packet-to-Pulse Conversion for Dual Pulse Counters/Cameras
The P2P-DP converter can be used to convert dual counter output pulses to standard IQTrafficControl radio packets or to convert standard radio packets to dual pulse output. IQ Sensor P2P-DP
Pulse-to-Packet & Packet-to-Pulse Conversion for Dual Pulse Counters/Cameras

Main Features
Connect up to 64 pulse generator devices to one Transceiver
Converts Pulse Outputs to IQTrafficControl Radio Packets
Converts IQTrafficControl Radio Packets to Dual Pulse Outputs
Learns Unique ID of target counter packet
RS485, 19200-Baud transmitters with Unique ID
Packets are transmitted every 10-17 seconds
LED indication of Packet transmission
RJ45 jack for easy connection to pulse source
Setup parameters are stored in internal EEPROM
Packets are compatible with all Point Managers, Point Repeaters, and Point Transceivers
A Point Manager can handle up to 16 Pulse Counters in logging mode, or hundreds in pass-through mode.
2.5” X 2” X 1” ABS enclosures.


Description:
The P2P-DP converter can be used to convert dual counter output pulses to standard IQTrafficControl radio packets or to convert standard radio packets to dual pulse output. When in pulse-input mode the P2P-DP accumulates “In” and “Out” traffic counts from dual counters by monitoring the incoming pulses. The P2P-DP is programmable to accept discrete channel outputs. The accumulated counts are converted to standard IQTrafficControl dual counter radio data packets and transmitted via the built-in RS485 transceiver every 10 to 17 seconds. When in pulse-output mode the P2P-DP learns the unique ID of the target counter radio packet generator (either a P2P-DP in pulse-input mode or another directional counter) extracts the counts and generates dual pulse output. P2P-DP converters can be connected to TZR-MA transceivers or directly to the serial port of Point Managers or directly to the RS485 ports of other P2P-DP converters to produce packet-to-pulse and pulse-to-packet conversions that are hardwired, Radio or Ethernet connected
IQ Sensor P2P-IC
Pulse-to-Packet & Packet-to-Pulse Conversion for IRISYS Thermal Imaging Cameras
The P2P-IC converter can be used to convert Irisys counter output pulses to standard IQTrafficControl radio packets or to convert standard radio packets to Irisys pulse output.
IQ Sensor P2P-IC
Pulse-to-Packet & Packet-to-Pulse Conversion for IRISYS Thermal Imaging Cameras

Main Features
Connect up to 64 Cameras to one Transceiver
Converts Irisys Pulse Outputs to IQTrafficControl Radio Packets
Converts IQTrafficControl Radio Packets to Irisys Counter Pulse Outputs
Learns Unique ID of target counter packet
RS485, 19200-Baud transmitters with Unique ID
Packets are transmitted every 10-17 seconds
LED indication of Packet transmission
RJ45 jack for easy connection to IRISYS camera
Setup parameters are stored in internal EEPROM
Packets are compatible with all Point Managers, Point Repeaters, and Point Transceivers
A Point Manager can handle up to 16 Pulse Counters in logging mode, or hundreds in pass-through mode
2.5” X 2” X 1” ABS enclosures


Description:
The P2P-IC converter can be used to convert Irisys counter output pulses to standard IQTrafficControl radio packets or to convert standard radio packets to Irisys pulse output. When in pulse-input mode the P2P-IC accumulates “In” and “Out” traffic counts from IRISYS thermal imaging cameras by monitoring the incoming pulses. The P2P-IC is programmable to accept discrete channel outputs or a single channel pulse width modulated output. The accumulated counts are converted to standard IQTrafficControl dual counter radio data packets and transmitted via the built-in RS485 transceiver every 10 to 17 seconds. When in pulse-output mode the P2P-IC learns the unique ID of the target counter radio packet generator (either a P2P-IC in pulse-input mode or another directional counter) extracts the counts and generates Irisys pulse output. P2P-IC converters can be connected to TZR-MA transceivers or directly to the serial port of Point Managers or directly to the RS485 ports of other P2P-IC converters to produce packet-to-pulse and pulse-to-packet conversions that are hardwired, Radio or Ethernet connected.
 Proximity Counter
IR Beam Proximity Counter
No reflector required
Range up to 7 feet/2.3 meters
Battery powered - up to 2 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS Enclosure (1.3" x 2.1" x .6")IQ Sensor IR Proximity Counter
Battery Operated IR Sensor with an Integrated RF Transmitter

Main Features
IR transmitter/receiver with integrated radio
Battery operated for a truly wireless installation
Front or Side Firing IR Beam
Radio interface operates with all IQTrafficControl Receivers
Unique serial number embedded in radio data packets
Up to 7 Ft. IR range
Up to 600 Ft. radio range
Can be used for overhead counting
Counts beam reflections and total beam reflection duration
CRC-16 error checked radio data packets
1.3” X 2.1” X .6” ABS enclosure
Energy managed for long battery life
Complies with part 15 of the FCC rules
Patent pending
User replaceable battery


Description:
The IQ Sensor IR Proximity Counter is a battery operated infrared beam reflection sensor with a 418 MHz radio transmitter. The sensor consists of an IR transmitter and an IR receiver. The IQ Sensor IR Proximity Counter has a radio transmitter for truly wireless installation and operation. The IR transmitter produces 16 pulses of IR each second that can be reflected at distances up to 7 feet. The IR transmitter flashes 16 pulses of high intensity IR each second. The nature of these IR pulses is such that the IR receiver can distinguish them from any other source of IR. This characteristic allows the IR sensor to operate in almost any environment without interference from ambient lighting. The IQ Sensor IR Proximity Counter is designed to require very little energy; the internal 3.6 Volt Lithium battery will operate the IR receiver for up to 1 year in normal operation.

The IQ Sensor IR Proximity Counter can be placed in a Shipping Mode to lower energy usage and to prevent Radio transmissions during shipping. Holding the pushbutton down for a period of time greater than 10 seconds and then releasing will enter Shipping Mode. When shipped from the manufacturer the IR counter will always be in Shipping Mode.

Shipping mode is terminated by entry into Online Mode. Online mode is entered from Shipping Mode by pushing and holding the pushbutton for greater than 4 seconds and less than 8 seconds.

The internal 24-bit counters will perform a Counter Reset each time the push button on the IR receiver is pushed and held for more than 4 seconds.

The IQ Sensor IR Proximity Counter has dip switches that set the infrared reflection range from 4 feet to 7 feet. The infrared range will affect the life of the internal battery.
Door Counter - EX
Interfaces to external door switch
Counts number of openings/closings
Counts "time open" and "time closed"
Battery powered - up to 6 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS enclosure (1.3" x 2.1" x .6")IQ Sensor Door Counter EX
418 MHz Transmitter

Main Features
30-Bit unique ID with 24-bit Digital Counter and radio transmitter
Switch for installation and service mode indication
Broad operating temperature range
Up to 600-foot range
Transmits immediately on status change
Up to 100 transmitters can coexist
Battery lasts from 2 to 5 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID, temperature and counter data
Internal Loop antenna
Low Cost


Description:
The IQ Sensor Door Counter EX wireless transmitter is a battery operated digital counter sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Door Counter EX has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device, counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Door Counter EX to consume very little energy and a battery life of 2 to 5 years results.

The IQ Sensor Door Counter EX electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1) The IQ Sensor Door Counter EX is shipped with the transmitter turned off, anytime the IQ Sensor Door Counter EX is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Door Counter EX by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Door Counter EX is started. 2) The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3) The service switch is used to put the IQ Sensor Door Counter EX in a quiescent mode (no transmissions and very low power consumption), this is the state the IQ Sensor Door Counter EX is in when you receive it from the manufacturer.
Push and hold the service switch for 5 seconds or more to enter this powered down state.
Door Counter - IN
Magnetic door switch
Counts number of openings/closings
Counts "time open" and "time closed"
Battery powered - up to 6 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS enclosure (1.3" x 2.1" x .6")IQ Sensor Magnetic Door
418 MHz Transmitter

Main Features
32-Bit unique ID with 24-bit Digital Counter, digital input status
Switch for installation and service mode indication
Up to 600-foot range
Transmits immediately on status change
Up to 100 transmitters can coexist
Battery lasts from 5 to 10 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID and counter data
Internal Loop antenna
Low Cost


Description:
The IQ Sensor Magnetic Door wireless transmitter is a battery operated digital counter sensor with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Magnetic Door has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device, counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Magnetic Door to consume very little energy and a battery life of 5 to 10 year results.

The IQ Sensor Magnetic Door electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1)The IQ Sensor Magnetic Door is shipped with the transmitter turned off, anytime the IQ Sensor Magnetic Door is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Magnetic Door by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Magnetic Door is started. 2) The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3)The service switch is used to put the IQ Sensor Magnetic Door in a quiescent mode (no transmissions and very low power consumption), this is the state the IQ Sensor Magnetic Door is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 
Pulse Counter - single channel input
Interface to existing sensors
Contact closure input
Battery powered . up to 6 year operation
Integrated 418MHz/433MHz transmitter
High Impact ABS enclosure (1.3" x 2.1" x .6")IQ Sensor Pulse Counter
418 MHz Transmitter

Main Features
30-Bit unique ID with 24-bit Digital Counter and radio transmitter
Counts up to 60,000 pulses per minute
Switch for installation and service mode indication
Broad operating temperature range
Up to 600-foot range
Transmission rates from 10 to 17 seconds random
Up to 100 transmitters can coexist
Battery lasts from 6 to 10 years
Very small (1.3” X 2.1” X .6”) ABS Enclosure
Complies with part 15 of the FCC rules
Water resistant coating on PCB
CRC-16 checked Status, ID, and counter data
Internal Loop antenna
Low Cost

Description:
The IQ Sensor Pulse Counter wireless transmitter is a battery operated digital counter with a microprocessor controlled 418 MHz. FCC certified radio transmitter. The IQ Sensor Pulse Counter has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a transmitter on time of only 15 milliseconds. This architecture allows the IQ Sensor Pulse Counter to consume very little energy and a battery life of 5 to 10 years results.

The IQ Sensor Pulse Counter electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. A pushbutton switch in the ABS cover allows the user to activate the service mode. The service switch has three functions: 1)The IQ Sensor Pulse Counter is shipped with the transmitter turned off, anytime the IQ Sensor Pulse Counter is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the IQ Sensor Pulse Counter by a momentarily push of the service switch (you will feel the button click) the IQ Sensor Pulse Counter is started. 2)The service switch is used as an aid to installation, when the service switch is pushed a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. 3)The service switch is used to put the IQ Sensor Pulse Counter in a quiescent mode (no transmissions and very low power consumption), this is the state the IQ Sensor Pulse Counter is in when you receive it from the manufacturer. Push and hold the service switch for 5 seconds or more to enter this powered down state.
 

IQ Sensor Temperature/Humidity 900
900 MHz Transmitter
The IQ Sensor Temp/Humidity-900 sensor is a battery operated temperature and humidity sensor with a microprocessor controlled 900 MHz. FCC certified radio transmitter.IQ Sensor Temperature/Humidity 900
900 MHz Transmitter

Main Features
Sensirion SHT71 single chip temperature/humidity sensor
Calibration/linearization data stored in sensor
Integrated 100mw, 900 MHz SSFH radio for long range performance
Optional 2.4 GHz radio
30-Bit unique ID
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
Battery lasts up to 3 years at 5 minute transmit intervals (6 years with optional battery pack)
Very small (3.25” X 3.25” X 1.375”) ABS Enclosure
Complies with part 15 of the FCC rules
CRC-16 error checked Status, ID and Temperature
External ¼ wave antenna with RPSMA connector (Optional antennas available)
Conformal coated


Description:
The IQ Sensor Temp/Humidity-900 sensor is a battery operated temperature and humidity sensor with a microprocessor controlled 900 MHz. FCC certified radio transmitter. The IQ Sensor Temp/Humidity-900 sensor has an on board clock that allows it to spend most of the time in a low power quiescent state.
At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information, linearized temperature, linearized and temperature compensated humidity data are combined with a CRC-16 error check and transmitted in a very short data packet that results in a very short transmitter on-time. This architecture allows the IQ Sensor Temp/Humidity-900 sensor to consume very low energy resulting in a battery life of up to 3 years (6 years with optional battery pack).

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended.
An internal reed switch permits a user to activate the service switch with a magnet. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). The sensor is started by loosening the lid screws and removing the battery pull tab. When a magnet is swiped across the enclosure at the “Service” label, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The IQ Sensor Temp/Humidity-900 sensor can be turned off by removing the batteries or reinstalling a battery pull tab.
Universal Output Module

The Universal Output Module (UOM) provides analog output in both voltage and current forms as well as discrete form-C relay output.

Main Features
Performs counter-in, analog/relay-out and repeater functions simultaneously
Integrated 100mw, 900 MHz SSFH radio for long-range performance
Outputs voltage, current and form-C relay status from remote sensors
Acts as a 900 MHz. pulse counter
Built-in 900 MHz. packet repeater functions
Learns sensor device IDs from unique packet serial numbers
30-Bit unique ID on UOM (counter) packets
CRC-16 error checked on all packet transfers
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
12-24VDC power
Very small (3.25” X 2.5” X 1.125”) ABS Enclosure
External ¼ wave antenna or internal wire

Description:
The Universal Output Module (UOM) provides analog output in both voltage and current forms as well as discrete form-C relay output. The UOM also acts as a counter, producing standard IQ Six radio data packets as a single input counter accumulating active state time and number of activations of a switch closure input. Also, the UOM acts as a standard packet repeater for all IQ Six 900 MHz. radio data packets. The UOM is married to IQ Sensors with a simple ID-learn-sequence that stores sensor IDs in EEPROM so that the UOM knows which devices source the analog and discrete outputs. The UOM can be married to a single analog source and a single discrete source device at the same time while also producing counter device packets and repeating 900 MHz. packets from other IQ Six devices. Analog output is produced in both voltage (0-5V or 0-10V) and current (0-20mA. or 0-40mA) at the same time with a common ground.
The high/low analog output range is controlled by internal jumper selection and is shipped in the low range (0-5V, 0-20mA) mode. The relay output is an isolated form-C with 2-Amp contacts. The counter input is self-excited with 5V at 1 mA. referenced to the same ground as the analog outputs and the power input. This common ground architecture allows the UOM to be substituted for current mode sensors in 4-20 mA. remote applications.


The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An internal pushbutton switch permits a user to activate the ID-learn-sequence and service mode functions.IQ Sensor Temp-900
900 MHz Transmitter
The IQ Sensor Temp-900 sensor is a battery operated digital temperature sensor with a microprocessor controlled 900 MHz. FCC certified radio transmitter.
IQ Sensor Temp-900
900 MHz Transmitter

Main Features
DS 18B20 digital temperature sensor
Linear, no calibration necessary
Slow response - resists short term temperature spikes
Integrated 100mw, 900 MHz SSFH radio for long range performance
Optional 2.4 GHz radio
64-Bit unique ID
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
Battery lasts up to 5 years at 5 minute transmit intervals
Very small (3.25” X 2.5” X 1.125”) ABS Enclosure
Complies with part 15 of the FCC rules
CRC-16 error checked Status, ID and Temperature
External ¼ wave antenna
Conformal coated

Description:
The IQ Sensor Temp-900 sensor is a battery operated digital temperature sensor with a microprocessor controlled 900 MHz. FCC certified radio transmitter. The IQ Sensor Temp-900 sensor has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information and digital temperature data are read from a Dallas Semiconductor DS18B20 digital temperature sensor. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a very short transmitter on-time. This architecture allows the IQ Sensor Temp-900 sensor to consume very low energy resulting in a battery life of up to 5 years.

The electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An internal reed switch permits a user to activate the service switch with a magnet. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily placing the magnet next to the reed switch as indicated on the product label. When you perform this operation, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The reed switch with magnet is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Place the magnet near the reed switch for 5 seconds or more to enter this powered down state. IQ Sensor Thermistor 900
900 MHz Transmitter
The IQ Sensor Thermistor 900 wireless transmitter is a battery operated 10K ohm thermistor interface with a microprocessor controlled 900 MHz.IQ Sensor Thermistor 900
900 MHz Transmitter

Main Features
10K ohm thermistor transmitter (100K option)
Transmits thermistor data with unique ID
Integrated 100mw, 900 MHz SSFH radio for long range performance
Optional 2.4 GHz radio
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
Battery lasts up to 5 years with 5 minute transmit rate
Very small (3.25” X 2.5” X 1.125”) ABS Enclosure
Complies with part 15 of the FCC rules
CRC-16 error checked Status, ID and thermistor data
Conformal coated
External ¼ wave antenna

Description:
The IQ Sensor Thermistor 900 wireless transmitter is a battery operated 10K ohm thermistor interface with a microprocessor controlled 900 MHz. FCC certified radio transmitter. The IQ Sensor Thermistor 900 has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and thermistor data is read from a 12-bit analog-to-digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a very short transmitter on-time. This architecture allows the IQ Sensor Thermistor 900 to consume very little energy and a battery life of up to 5 years.

The IQ Sensor Thermistor 900 electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An internal reed switch permits a user to activate the service switch with a magnet. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily placing the magnet next to the reed switch as indicated on the product label. When you perform this operation, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The reed switch with magnet is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Place the magnet near the reed switch for 5 seconds or more to enter this powered down state.
IQ Sensor Analog Input
900 MHz Transmitter
The IQ Sensor Analog 900 wireless transmitter is a battery operated 12-bit analog-to-digital converter with a microprocessor controlled 900 MHz. IQ Sensor Analog Input
900 MHz Transmitter

Main Features
Analog input module
3 Available Models: 0-5vdc, 0-10vdc, or 0-20mA
12-bit Analog to Digital Conversion
Transmits analog value with unique ID
Integrated 100mw, 900 MHz SSFH radio for long range performance
Optional 2.4GHz radio
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
Battery lasts up to 5 years at 5 minute transmit intervals
Very small (3.25” X 2.5” X 1.125”) ABS Enclosure
Complies with part 15 of the FCC rules
CRC-16 error checked Status, ID and Analog value
External ¼ wave antenna
Conformal coated

Description:
The IQ Sensor Analog 900 wireless transmitter is a battery operated 12-bit analog-to-digital converter with a microprocessor controlled 900 MHz. FCC certified radio transmitter. The IQ Sensor Analog 900 has an on board time of day clock that allows it to spend most of the time in a low power quiescent state. At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and analog data is read from a 12-bit analog-to-digital converter. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a very short transmitter on time. This architecture allows the IQ Sensor Analog 900 to consume very little energy and a battery life of up to 5 years.

The IQ Sensor Analog 900 electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An internal reed switch permits a user to activate the service switch with a magnet. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily placing the magnet next to the reed switch as indicated on the product label. When you perform this operation, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The reed switch with magnet is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Place the magnet near the reed switch for 5 seconds or more to enter this powered down state.
IQ Sensor Pulse Counter 900
900 MHz Transmitter
The IQ Sensor Pulse Counter 900 wireless transmitter is a battery operated digital counter with a microprocessor controlled 900 MHz. FCC certified radio transmitter.
IQ Sensor Pulse Counter 900
900 MHz Transmitter

Main Features
24-bit Digital Counter with 30-bit unique ID
Counts up to 60,000 pulses per minute
Integrated 100mw, 900 MHz SSFH radio for long range performance
Optional 2.4 GHz radio
Range Indoor: Up to 1300 feet
Range Outdoor: Up to 1 mile with standard antenna
Battery lasts up to 5 years at 5 minute transmit intervals
Very small (3.25” X 2.5” X 1.125”) ABS Enclosure
Complies with part 15 of the FCC rules
CRC-16 error checked Status, Counts, ID and Temperature
External ¼ wave antenna
Conformal coated


Description:
The IQ Sensor Pulse Counter 900 wireless transmitter is a battery operated digital counter with a microprocessor controlled 900 MHz. FCC certified radio transmitter. The IQ Sensor Pulse Counter 900 has an on board time of day clock that allows it to spend most of the time in a low power quiescent state.
At predetermined time intervals the clock will wake up the onboard microprocessor. Unique serial number information is read from a Dallas Semiconductor 1-wire digital device and counter data is read from a 24-bit internal counter register. This information is combined with a CRC-16 error check and transmitted in a very short data packet that results in a very short transmitter on-time. This architecture allows the IQ Sensor Pulse Counter 900 to consume very little energy and a battery life of up to 5 years.

The IQ Sensor Pulse Counter 900 electronics are coated with a conformal material that provides a moisture barrier against condensation. Submersion in water is not recommended. An internal reed switch permits a user to activate the service switch with a magnet. The Sensor is shipped with the transmitter turned off (anytime the Sensor is to be shipped the transmitter should be turned off or must be placed in a shielded container to prevent interference that might cause shipping problems). Start the Sensor by momentarily placing the magnet next to the reed switch as indicated on the product label. When you perform this operation, a data transmission occurs immediately and a special mark is introduced in the ID field of the transmitted data packet to indicate which sensor is in service or installation. The reed switch with magnet is also used to put the Sensor in a quiescent mode (no transmissions and very low power consumption). This is the state the Sensor is in when you receive it from the manufacturer. Place the magnet near the reed switch for 5 seconds or more to enter this powered down state.

Software

IQWare
Configuration and Collection Tool to Manage an Enterprise of IQ Servers and IQ Managers
IQWare is a program used to maintain IQ Servers and IQ Managers.IQWare
Configuration and Collection Tool to Manage an Enterprise of IQ Servers and IQ Managers

Main Features
Manages Configurations for IQ Servers and IQ Managers.
Collects data from IQ Servers and IQ Managers.
Stores configurations and collected data in a MS SQL Server database (MS SQL Server 2000 or MSDE 2000)
Manages hundreds of IQ Servers and IQ Managers - expandable to thousands.
Uses Ethernet(TCP/IP), Dialup modem and Serial Port to communicate. TCP/IP and modem connections are limited only by the resources of the computer.
Scheduled polling of IQ Servers and IQ Managers.
Receive asynchronous connections from IQ Servers and IQ Managers to collect alarms and data.
Alarm annunciation through popup window, sound and email received alarms.
Reports: Activity, IQ Server/IQ Manager Events, Sensor Events, and Historical Trends
Organize IQ Servers/IQ Managers in a tree structure.


Description:
IQWare is a program used to maintain IQ Servers and IQ Managers. IQWare provides a graphical interface to common IQ Server/IQ Manager configuration and data gathering tasks. IQWare simplifies the setup and management of IQ Server/IQ Managers. IQWare makes connections with IQ Server/IQ Managers,reads the data and places the data in a database on the computer. IQWare can display alarm and data reports.

Connectivity
IQWare can make connections with a IQ Server/IQ Manager using the three supported media: TCP/IP, Modem and Serial Port. IQWare can both initiate and answer multiple simultaneous connections. The user can set up IQWare to use the available communication resources on the PC (Ethernet, Modems, Serial Ports).

Configuration Management
IQWare manages each IQ Server/IQ Manager's configuration. The setup interface allows viewing and editing of IQ Server/IQ Manager information that is stored in the database. All the functions of the IQ Server/IQ Manager are supported in the setup interface. IQWare monitors configuration integrity between the database and the IQ Server/IQ Manager.

Data Gathering
IQWare gathers stored data in the IQ Server/IQ Manager's Historical and Event Logs and places it in the database. IQWare will only gather the latest data that is not found in the database. All data, both collected data and configuration data is stored in a Microsoft SQL Server database.

An action list can be setup so that when the software connects to a IQ Server/IQ Manager whether initiating the connection or answering the call, IQWare will implement those individual actions against the IQ Server/IQ Manager. IQWare also includes a scheduler so that IQWare can make a connection to a IQ Server/IQ Manager at a specific time and implement the action list.

Reports
IQWare contains several built-in reports that show activity of IQ Servers/IQ Managers, received alarms, collected events and trends of the collected historical data. IQWare shows sensor data as a line graph (sensor reading versus time). The selected data used to generate the graph can be exported as an Excel, Access, ASCII text, HTML or XML file.

Third party software such as MS Access, MS Excel and Crystal Reports can be used to generate custom reports by querying the database directly.

Alarming
IQWare will show all collected Alarms since the last acknowledgement. An operator can then view all reported alarms collected by IQ Server/IQ Manager, from overnight for example. IQWare can also email these same alarms to multiple email recipients when the alarms are received.

Expandable
IQWare can be run on multiple computers on a network where IQWare references a central database. Different responsibilities then can be assigned to each instance. The system can then grow as more IQ Servers/IQ Managers are added to the system. For example one instance of IQWare can answer calls through several modems, the 2nd can poll IQ Servers/IQ Managers through modems and 3rd can manage TCP/IP connections. All instances can choose whether or not to display or email alarm notifications.
 
IQ View
Wireless Sensor Monitor Software (Version 1.0 9/26/02)
IQ View
Wireless Sensor Monitor Software (Version 1.0 9/26/02)

FEATURES
·Real Time Graphing:
- User selectable timebase and range.
·Historical Graphing.:
- User selectable periods.
- Zoom and Pan.
·Numerical Display:
- Showing Current Temperatures.
- Minimum and maximum readings for each channel.
- Current Trend.
- Current Alarm State.
·Data Logger:
- User selectable update rate.
- Output to ASCII comma delimited file.
·Programmable Alarms.:
- High/Low set IQs for each channel.
- Differential alarm for each channel.
- Rate alarm for each channel.
- Selectable Visual and/or Audible notification.
- IQ View can play “WAV” files for alarm notification.
- User may select a different “WAV” file for each alarm IQ.
- IQ View can display bitmap image “BMP” files for alarms.
- User may select a different “BMP” file for each alarm condition.
·Selectable Scales:
- Fahrenheit, Centigrade or, Kelvin.
·Printing:
- All displayed graphs may be printed.
·Runs minimized:
- Displays readings in the task bar.
·Operating Systems:
- Runs under Windows® 98, ME, NT, 2000 and XP.


Description:
IQ View is a program that displays data from IQ Six wireless sensors.
It can display the data as numeric or it can show real time trends on a line graph. IQ View can archive sensor data and then later show the data history in a line graph. It also can archive the data to an ASCII comma delimited file.
IQ View annunciates alarm conditions (like high, low or rate alarm) with visual and audio indicators.

HARDWARE SUPPORT
Wireless Recievers
•IQ View Receiver
•IQ Host Receiver
•IQ Transceiver
•IQ Manager
Sensors
•IQ Temperature
•IQ Thermistor
•IQ Humidity
•IQ Analog (0-5V, 4-20 ma)OneSix™ DDE Server
DDE Server Software Driver & Logger (Version 2.2c 5/18/04)
OneSix™ is a data acquisition Dynamic Data Exchange (DDE ) server and data logger that acquires data from devices attached to a wireless 418/900 Mhz network and passes this data using DDE to a client application or logs to an ASCII file.OneSix™ DDE Server
DDE Server Software Driver & Logger (Version 2.2c 5/18/04)

Description:
OneSix™ is a data acquisition Dynamic Data Exchange (DDE ) server and data logger that acquires data from devices attached to a wireless 418/900 Mhz network and passes this data using DDE to a client application or logs to an ASCII file. OneSix™ gathers data from wireless devices such as the IQ Sensors.

Any Windows® application that can use DDE can obtain this data from the OneSix™ Server. Examples of such applications include Microsoft® Office products like Word® & Excel® , Wonderware® Intouch, National Instruments® LabView® & LookOut®, Capital Equipment Corp.® TestIQ and, general development applications like Microsoft® Visual Basic and Borland® Delphi.

OneSix™ handles all the details of communicating and gathering data from wireless sensors. OneSix™ converts the raw sensor data to engineering units. OneSix™ validates the integrity of the data. OneSix™ determines when a sensor is offline and attempts to bring it back online. OneSix™ provides deadband and filtering to control situations like noise with analog data.

OneSix™ identifies each device with a unIQue label name . A client application uses this label (a DDE topic) to obtain data from the server, or to pass control data to individual devices on the network.

With OneSix™, you can monitor the health of your wireless network and the devices on it.

OneSix™ reports through DDE errors that it encounters while waiting for transmissions or polling devices.

IQ Six Hardware Demos, which have separate DDE application software examples to demonstrate each IQ Six Product, are available upon request.
OneSix™ OPC Server
OPC Server Software Driver & Logger (Version 2.2c 5/18/04)
OneSix™ is a data acquisition OLE for Process and Control server and data logger that acquires data from devices attached to a wireless 418/900 Mhz network and passes this data using OPC to a client application or logs to an ASCII file.OneSix™ OPC Server
OPC Server Software Driver & Logger (Version 2.2c 5/18/04)

Description:
OneSix™ is a data acquisition OLE for Process and Control server and data logger that acquires data from devices attached to a wireless 418/900 Mhz network and passes this data using OPC to a client application or logs to an ASCII file. OneSix™ gathers data from wireless devices such as the IQ Sensors.

Any Windows® application that can use OPC can obtain this data from the OneSix™ Server.

OneSix™ handles all the details of communicating and gathering data from wireless sensors. OneSix™ converts the raw sensor data to engineering units. OneSix™ validates the integrity of the data. OneSix™ determines when a sensor is offline and attempts to bring it back online. OneSix™ provides deadband and filtering to control situations like noise with analog data.

OneSix™ identifies each device with a unIQue label name . A client application uses this label (as part of an OPC tag) to obtain data from the server, or to pass control data to individual devices on the network.

With OneSix™, you can monitor the health of your wireless network and the devices on it. OneSix™ reports through DDE errors that it encounters while waiting for transmissions or polling devices.

Automation wireles

IQ Repeater 4.9.9
418 MHz Receiver with 900 MHz Mesh Network Repeater
The IQ Repeater 4.9.9 is a 418 MHz RF receiver with an integrated 900 MHz transmitter.
IQ Repeater 4.9.9
418 MHz Receiver with 900 MHz Mesh Network Repeater

Main Features
418 MHz Receiver with 900 MHz spread spectrum transceiver Mesh Repeater
As many as 26 layers of Mesh Network repeating
Automatic randomization and collision avoidance
Low profile, high gain, 418 MHz antenna
418 MHz Receiver range up to 600 feet
Built in 100 milliwatt 900 MHz frequency hopping radio for long-range wireless interface
Low power, 6-24 VDC at 200 milliamp transmitting, 80 milliamp receiving
Range Indoor when used with other IQ Seven receivers: 600’ to 1300’
Transceiver Range Outdoor (with dipole): 7mi. (LOS)
Transceiver Range Outdoor (with high gain antenna): >20mi
Supports all IQ Sensors (Temperature, Humidity, Analog, Pressure, Infrared, Motion, Vibration, Discrete I/O, and Light level) transmitters
Reverse Polarity SMA connection with external antenna
3.3 X 3.3 X 1.4 inch ABS enclosure with flange mounts


Description:
The IQ Repeater 4.9.9 is a 418 MHz RF receiver with an integrated 900 MHz transmitter. It receives CRC-16 error-checked data packets from IQ Seven Wireless 418 MHz and 900MHz radio devices, processes the data, and then transmits the data to IQ Seven 900 MHz devices. Multiple repeaters can coexist and can communicate with 900 MHz IQ servers, IQ Managers, IQ Repeater 9.9 mesh repeaters, and other IQ Repeater 4.9.9 mesh repeaters. The IQ Repeater 4.9.9 can be configured via the 900 MHz radio interface for network specific operation.

The IQ Repeater 4.9.9 provides a means of extending the range of 418 MHz battery powered sensors, 900 MHz. sensors and controls into a mesh network of 900 MHz IQ Repeater 4.9.9 repeaters, IQ Repeater 9.9, and Ethernet connected servers and managers. As many as 26 layers of IQ Repeater 4.9.9/9.9 repeaters can coexist.
 IQ Repeater 9.9
900 MHz Mesh Network Repeater
The IQ Repeater 9.9 provides a means of extending the range of 418 MHz battery powered sensors via IQ Repeater 4.9 and 900 MHz
IQ Repeater 9.9
900 MHz Mesh Network Repeater

Main Features
100mw, 900 MHz SSFH Mesh Repeater
As many as 26 layers of Mesh Network repeating
Automatic randomization and collision avoidance
Low profile, high gain whip antenna
Low power, 6-24 VDC at 200 milliamp transmitting, 80 milliamp receiving
Indoor Range: up to 1300'
Transceiver Range Outdoor (with dipole): 7mi. (LOS)
Supports all IQ Sensors (Temperature, Humidity, Analog, Pulse, Thermistor, Light)
ABS enclosure
Reverse Polarity SMA connection with external antenna
3.3 X 3.3 X 1.4 inch enclosure with flange mounts.


Description:
The IQ Repeater 9.9 is a 900 MHz RF Mesh Repeater. It receives CRC-16 error-checked data packets, processes the data, and then transmits the data to other Mesh Repeaters, Servers or Receivers. As many as 26 layers of IQ Repeater 9.9 repeaters can coexist in the same environment. The IQ Repeater 9.9 can be configured via the 900 MHz radio interface for network specific operation.

The following example illustrates the Mesh Network Capabilities. Multiple, fault tolerant signal pathways are established to route the data to the target receiver or gateway. The solid lines represent the primary signal paths and the dotted lines represent the alternate paths.The Wireless IQ Family
A complete family of wireless RF sensors, transmitters, loggers, repeaters, receivers and servers spanning the 418MHz. to 2.4GHz frequency range. With an emphasis on modularity and compatibility, The IQ Family is ideally suited for a broad range of applications from basic telemetry to custom engineered wireless networking solutions.
IQ Manager
RF Receiver and Web Data Server
The IQ Manager is a 418 MHz, 433 MHz, 900 MHz or 2.4 GHz RF receiver with an integrated data Web Manager.
Custom versions available for OEM's.
Click Here to see real time data.IQ Manager
RF Receiver and Web Data Server

Main Features
418 MHz, 433 MHz, 900 MHz or 2.4 GHz Receiver
Supports all IQ Sensors
Communicates: Ethernet (TCP/IP) and/or serial port
Data Logger - logs periodic snapshots of the current readings & logs events
Web Server - Dynamic HTML web page server showing current readings and alarms
Event based alarms - callout or email
Push connection to other hosts using TCP/IP based on alarms
Optional Push connection to web server and post History and Event Records via XML records
Simple ASCII command/response protocol
100 Sensors (total of 250 I/O IQs) maximum
15000 Historical Record capacity
14000 Event Logging capacity
Two level password security
Each I/O configurable to trigger events
Periodic callouts with interval times of 1 minute to 7 days
CE Compliant Models


Description:
The IQ Manager is a 418 MHz, 433 MHz, 900 MHz or 2.4 GHz RF receiver with an integrated data Web Manager. It receives CRC-16 error-checked data packets from IQ Seven’s sensors, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML. The dynamic HTML can be viewed with any standard browser. The IQ Manager communicates with a PC using TCP/IP or serial protocol. Simple ASCII commands are sent over the Ethernet using TCP/IP and/or RS232 serial port. The IQ Manager contains a time of day clock, battery backed RAM, and flash programmable memory. It is fully configurable, both locally and remotely. It can store configuration information for up to 100 sensors having a combined maximum of 250 I/O IQs.

The IQ Manager was built with the flexibility needed to satisfy varied user requirements.
There are several modes of operation that allow the user to balance simplicity, costs, precision, and timeliness.



Monitoring - The easiest way to get information from the IQ Manager is to view the current sensor values. This can be accomplished with a Web browser (no software coding required) or polling by a host. Both alarms and data are available.

The dynamic HTML page displays on each row the following sensor information: name, serial number, age since last reception, service mode indicator, readings and units. All readings are shown in engineering units. The image to the left is a monitored temperature trend using the IQware application software, measuring four temperatures over 24 hours.
TZR-MA
900-MHz frequency-hopping RS485 Master/Slave auto-sensing radio interface
The TZR-MA uses an embedded 100-milliwatt frequency hopping wireless modem that provides communication between a local RS485 network and a remote network of RS485 connected devices.TZR-MA
900-MHz frequency-hopping RS485 Master/Slave auto-sensing radio interface

Main Features
RS485 Master/Slave auto-sensing radio interface
Built in 900 MHz. frequency hopping radio for long-range wireless interface
Provides remote capability to RS485 Modbus networks
Automatically senses Master or Slave data flow
Multiple radios allow many remote RS485 network to coexist logically
Provides means to convert legacy RS485 devices to wireless
Range Indoor: 600’ to 1300’
Range Outdoor: 7mi. with dipole, >20 mi. w/ high gain antenna
LED power and activity indicator
Configuration parameters set by dipswitch
Low power, 6-24 VDC at 200 milliamp transmitting, 70 milliamp receiving
Astron AXH900RP SMA R Reverse Polarity SMA 6.5” Antenna
High Impact ABS enclosure


Description:
The TZR-MA uses an embedded 100-milliwatt frequency hopping wireless modem that provides communication between a local RS485 network and a remote network of RS485 connected devices. The TZR-MA will automatically sense the direction of data flow and switch the RS485 and Radio devices accordingly. The TZR-MA can be placed in a network of RS485 devices and appear as a slave repeater of remote RS485 devices or it can be placed in a network of one or many RS485 slaves and act as the RS485 repeater of a remote master. The radio operates within the 900 MHz ISM Band under Part 15 of the FCC Rules and regulations.

The TZR-MA operates at 19200 Baud at either odd parity or no parity. Dipswitches select parity and one of 7 radio networks. Radios operating together must have the same radio network address (1-7 set by switches labeled A0-A2) Select a different radio network address to prevent interference from nearby networks that are not sharing information. The default radio network for Rooftop applications is 5. The user may choose another network address (1-7) if desired. While all radios in a network must have the same network address they do not have to have the same parity, the parity is local to the RS485 serial port on the TZR-MA only. Parity information is not transmitted or received.

Radio network selection 0(A0, A1, A2 all set to 0)selects a special network setup. When network address setting 0 is selected the pre-programmed radio network parameters are used, these parameters are user and application specific and must be set at the factory for specific OEM applications.

The TZR-MA can also be used as a general purpose RS485 half duplex radio interface operating at 19200 Baud at either odd or no parity (dip switch selectable).
IQ View LR
RF Receiver
The IQ View is a 418 MHz radio receiver designed to receive and decode packet data from all IQ Seven Transmitters. No hardware handshaking or command protocol is required; all data packets are decoded and transmitted serially as they are received.IQ View LR
RF Receiver

Main Features
High performance 418 MHz receiver
Compatible with OneSeven DDE Server and OPCServer
IQView PC Software optional
Serial connection directly to a PC
Powered by RS232 port or external source
ASCII radio packet data output
Decodes CRC-16 error encoded radio packets
DB-9 connector for RS232 interface
Up to 600 ft. range


Description:
The IQ View is a 418 MHz radio receiver designed to receive and decode packet data from all IQ Seven Transmitters. The IQ View decodes the CRC-16 encoded packets and translates them to ASCII strings that are sent out the RS232 serial port at 19200 Baud. No hardware handshaking or command protocol is required; all data packets are decoded and transmitted serially as they are received. The IQ View is very low power; most RS232 ports provide enough power to operate the receiver. External power input is provided for host serial ports that cannot provide the necessary current. A simple design approach results in a low cost receiver that provides error checked ASCII data for all IQ Sensors.

The IQ View is supported by the IQ Seven OneSeven™ DDE Server Software Drivers. This makes connecting IQ Seven Wireless products to your PC easy.
 
IQ Host
Low Cost RS232 or RS422 ASCII output 418 MHz. Receiver
The IQ Host is an RS232 or RS422 (two models) 418 MHz radio receiver designed to receive and decode packet data from IQ Seven Wireless LLC IQ sensors. The IQ Host decodes the CRC-16 encoded packets and translates them to ASCII strings that are sent out the RS232 or RS422 serial port at 19200 Baud.
Custom versions available for OEM's.IQ Host
Low Cost RS232 or RS422 ASCII output 418 MHz. Receiver

Main Features:
High performance 418 MHz receiver
Serial connection directly to a PC
Powered by RS232 port or external source.
ASCII radio packet data output.
Decodes CRC-16 error encoded radio packets.
DB-9 connector for RS232/RS422 interface.
600 ft. maximum range


Description:
The IQ Host is an (Model RS232 and RS422) 418 MHz radio receiver designed to receive and decode packet data from all IQ Seven Transmitters. The IQ Host decodes the CRC-16 encoded packets and translates them to ASCII strings that are sent out the RS232 or RS422 serial port at 19200 Baud. No hardware handshaking or command protocol is required; all data packets are decoded and transmitted serially as they are received. The IQ Host is very low power; most RS232 ports provide enough power to operate the receiver. External power input is provided for host serial ports that cannot provide the necessary current. A simple design approach results in a low cost receiver that provides error checked ASCII data for all IQ Transmitters.
IQ Server
Rf Receiver with an Integrated Data Server
The IQ Server is now available for shipping.
The IQ Server is a 900 Mhz or 2.4 GHz RF receiver with an integrated data Web server, designed to work with the IQ Repeater. It receives CRC-16 error-checked data packets from IQ Seven's sensors, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML.
Custom versions available for OEM's.
Click Here to see real time data.IQ Server
Rf Receiver with an Integrated Data Server

Main Features
900 MHz or 2.4 GHz Receiver
Supports IQ Sensors, LSX transmitters via IQ Repeater
Communicates: Ethernet (TCP/IP), Modem, serial port
Data Logger – logs periodic snapshots of the current readings & logs events
Web Server – Dynamic HTML web page server showing current readings and alarms
Event based alarms – callout or email
Push connection to other hosts using TCP/IP based on alarms
Simple ASCII command/response protocol
100 Sensors (total of 100 I/O IQs) maximum
8600 Historical Records capacity
1800 Event Logging capacity
Two level password security
Each I/O configurable to trigger events
Periodic callouts with interval times of 1 minute to 7 days

Description:
The HTML file can be viewed with any standard browser.
» Click Here « to see real time data.
A PC can communicate with the IQ Server using TCP/IP or serial protocol. You can send commands using TCP/IP over the Ethernet or using Direct Dial/PPP. Serial commands can be sent using RS232 or DirectDial.

The IQ Server is a 900 Mhz or 2.4 GHz RF receiver with an integrated data Web server.It receives CRC-16 error-checked data packets from IQ Seven’s IQ Repeaters, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML. The dynamic HTML can be viewed with any standard browser. A PC can communicate with the IQ Server using TCP/IP or serial protocol. Simple ASCII commands are sent over the Ethernet using TCP/IP, RS232 serial port or modem. The IQ Server contains a time of day clock, battery backed RAM, and flash programmable memory. It is fully configurable, both locally and remotely. It can store configuration information for up to 100 sensors having a combined maximum of 100 I/O IQs.

The IQ Server was built with the flexibility needed to satisfy varied user requirements. Conceptually there are several modes of operation that allow the user to balance simplicity, costs, precision, and timeliness.

Monitoring - The easiest way to get information from the IQ Server
is to view the current sensor values.This can be accomplished with a Web browser (no software coding required) or polling by a host.Both alarms and data are available.The following is an example of the dynamic HTML page.

The dynamic HTML page displays on each row the following sensor information: name, serial number, age since last reception, service mode indicator, readings and units.All readings are shown in engineering units. All readings are shown in engineering units. The image to the left is a monitored temperature trend using the new IQware, measuring four temperatures over 24 hours.

Collecting – Snapshots of the current sensor values can be periodically stored in a Historical Log.The snapshots can be retrieved for later analysis. All configured sensors readings are used in the snapshot.The snaps can be taken from once a minute to once every 7 days.The IQ Server can be thought of as a remote data logger.

Concentrating – Key changes in a sensor reading, sensor age or system parameters can trigger records to be logged into an Event Log.The following items can be configured to trigger events: IQ Server startup, Historical Log % full, sensor age, sensor service button, analog I/O high/low thresholds, counter I/O base count and interval, and state change.The IQ Server stores a time stamp with the event.Approximately 1800 events can be stored in the Event Log.Also when an event is triggered, the IQ Server can optionally take a snapshot of the current sensor readings and store it in the Historical Log.

Sensor Scenario
No. of Records Available
1 Sensor - 1 I/O IQ 8634
1 Sensor - 2 I/O IQs 4317
10 Sensors - 2 I/O IQs 1501
25 Sensors - 2 I/O IQs 651
50 Sensors - 1 I/O IQ 651
50 Sensors - 2 I/O IQs 335
100 Sensors - 1 I/O IQs 335
Maximum Record Storage for Historical Log
Notifying – Each event can be configured to trigger the IQ Server to notify a host. The IQ Server can notify a host either pushing a connection through the Ethernet (TCP/IP) or placing a phone call through the modem.The host computer then does not need to be always connected and polling the IQ Server .The IQ Server
can inform the host of the exceptions by establishing the connection itself.The IQ Server can be configured to notify up to 5 host destinations trying each destination until the event is confirmed delivered.The IQ Server can also send alarms via SMTP email through the Ethernet.

The IQ Server is a data logger that can be used to store data while the IQ Server is not connected to a host computer.The data-logging feature can be used in dialup modem applications where the connection is temporary and short.The data-logging feature can be used as a backup in case communications is lost through the Ethernet connection.

Both the Historical Log and the Event Log are circular.If either becomes full, the next record will overwrite the oldest record.

CRC16 error checks are added to the simple ASCII commands and response when using the modem or local serial port.

The IQ Server can be easily configurable using ASCII commands.Each sensor can be given a label name and setup information for each I/O IQ such as engineering scale and offset, units label, and alarm trigger information. The IQ Server has a “media callout table” where the user can specify which host destinations the IQ Server is going to call for notification by either modem or Ethernet.The IQ Server can also be configured to callout periodically with interval times from once a minute to once every 7 days.

The IQ Server
has optional security through two levels of login passwords: one for access to data and setup information and the other for changing the setup information.
 
IQ Transceiver 2.4
General Purpose 2.4GHz. Spread Spectrum Frequency Hopping Transceivers
The IQ Transceiver is a general purpose compact data transceiver perfect for those needing high performance and dependable operation. It's wireless modem transfers data at 9600 or 19200 baud up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna.
IQ Transceiver 2.4
General Purpose 2.4GHz. Spread Spectrum Frequency Hopping Transceivers

Main Features
LED power and configuration activity indicator
Astron AXH900RP SMA R Reverse Polarity SMA 6.5” Antenna
High Impact ABS enclosure
Channel Capacity hops through 25 channels, Up to 65,000 NetIDs
Serial Data Interface Asynchronous (RS-232) CMOS (TTL) signals, 5V, 3.3V tolerant
I/O Data Rate - 9600 or 19200 bps
Transport Protocol - Transparent networking
Network Topology - Multi-drop
Channel Data Rate - 10k or 20k bps respectively (vary with data rate)
Transmit Power Output - 100mW
Rx Sensitivity: -110 or -107 respectively
Range - Indoor: 600' to 1300' Outdoor: 7mi. with dipole, >20mi. with high gain antenna
Interference Rejection - 70 dB at pager and cellular phone frequencies


Description:
The IQ Transceiver is a general purpose compact data transceiver perfect for those needing high performance and dependable operation. It's wireless modem transfers data at 9600 or 19200 baud up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna.

It is ideally suited for applications in supervisory control and data acquisition (SCADA), remote meter reading, home automation, security, instrument monitoring, IQ of sale systems (POS) and myriad other applications.

Transceiver modules have built-in support for multi-drop networking protocols. Multiple independent networks can operate in the same vicinity by using distinct network identifiers.

The radios integrate quickly and seamlessly into any new or existing design. Simply output serial data from an microcontroller or RS-232 port into the radio to send FCC approved, frequency hopping spread spectrum data through the air and capture it on all receivers within range on the same network. The system behaves as a virtual half-duplex parallel-wired network.
 IQ Transceiver 900
General Purpose 900 MHz. Spread Spectrum Frequency Hopping Transceivers
The IQ Transceiver is a general purpose compact data transceiver perfect for those needing high performance and dependable operation. It's wireless modem transfers data at 9600 or 19200 baud up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna.IQ Transceiver 900
General Purpose 900 MHz. Spread Spectrum Frequency Hopping Transceivers

Main Features
LED power and configuration activity indicator
Astron AXH900RP SMA R Reverse Polarity SMA 6.5” Antenna
High Impact ABS enclosure
Channel Capacity hops through 25 channels, Up to 65,000 NetIDs
Serial Data Interface Asynchronous (RS-232) CMOS (TTL) signals, 5V, 3.3V tolerant
I/O Data Rate - 9600 or 19200 bps
Transport Protocol - Transparent networking
Network Topology - Multi-drop
Channel Data Rate - 10k or 20k bps respectively (vary with data rate)
Transmit Power Output - 100mW
Rx Sensitivity: -110 or -107 respectively
Range - Indoor: 600’ to 1300’ Outdoor: 7mi. with dipole, >20mi. with high gain antenna
Interference Rejection - 70 dB at pager and cellular phone frequencies


Description:
The IQ Transceiver is a general purpose compact data transceiver perfect for those needing high performance and dependable operation. It’s wireless modem transfers data at 9600 or 19200 baud up to ¼ mile in a city environment or greater than 10 miles line-of-sight with a directional antenna.

It is ideally suited for applications in supervisory control and data acquisition (SCADA), remote meter reading, home automation, security, instrument monitoring, IQ of sale systems (POS) and myriad other applications.

Transceiver modules have built-in support for multi-drop networking protocols. Multiple independent networks can operate in the same vicinity by using distinct network identifiers.

The radios integrate quickly and seamlessly into any new or existing design. Simply output serial data from an microcontroller or RS-232 port into the radio to send FCC approved, frequency hopping spread spectrum data through the air and capture it on all receivers within range on the same network. The system behaves as a virtual half-duplex parallel-wired network.
Web Servers

IQ Manager
RF Receiver and Web Data Server
The IQ Manager is a 418 MHz, 433 MHz, 900 MHz or 2.4 GHz RF receiver with an integrated data Web Manager.
Custom versions available for OEM's.
Click Here to see real time data.

IQ Manager
RF Receiver and Web Data Server

Main Features
418 MHz, 433 MHz, 900 MHz or 2.4 GHz Receiver
Supports all IQ Sensors
Communicates: Ethernet (TCP/IP) and/or serial port
Data Logger - logs periodic snapshots of the current readings & logs events
Web Server - Dynamic HTML web page server showing current readings and alarms
Event based alarms - callout or email
Push connection to other hosts using TCP/IP based on alarms
Optional Push connection to web server and post History and Event Records via XML records
Simple ASCII command/response protocol
100 Sensors (total of 250 I/O IQs) maximum
15000 Historical Record capacity
14000 Event Logging capacity
Two level password security
Each I/O configurable to trigger events
Periodic callouts with interval times of 1 minute to 7 days
CE Compliant Models


Description:
The IQ Manager is a 418 MHz, 433 MHz, 900 MHz or 2.4 GHz RF receiver with an integrated data Web Manager. It receives CRC-16 error-checked data packets from IQ Seven’s sensors, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML. The dynamic HTML can be viewed with any standard browser. The IQ Manager communicates with a PC using TCP/IP or serial protocol. Simple ASCII commands are sent over the Ethernet using TCP/IP and/or RS232 serial port. The IQ Manager contains a time of day clock, battery backed RAM, and flash programmable memory. It is fully configurable, both locally and remotely. It can store configuration information for up to 100 sensors having a combined maximum of 250 I/O IQs.

The IQ Manager was built with the flexibility needed to satisfy varied user requirements.
There are several modes of operation that allow the user to balance simplicity, costs, precision, and timeliness.


Monitoring - The easiest way to get information from the IQ Manager is to view the current sensor values. This can be accomplished with a Web browser (no software coding required) or polling by a host. Both alarms and data are available.

The dynamic HTML page displays on each row the following sensor information: name, serial number, age since last reception, service mode indicator, readings and units. All readings are shown in engineering units. The image to the left is a monitored temperature trend using the IQware application software, measuring four temperatures over 24 hours.


Collecting – Snapshots of the current sensor values can be periodically stored in a Historical Log. The snapshots can be retrieved for later analysis. All configured sensors readings are used in the snapshot. The snaps can be taken from once a minute to once every 7 days. The IQ Manager can be thought of as a remote data logger.

Concentrating – Key changes in a sensor reading, sensor age or system parameters can trigger records to be logged into an Event Log. The following items can be configured to trigger events: IQ Manager startup, Historical Log % full, sensor age, sensor service button, analog I/O high/low thresholds, counter I/O base count and interval, and state change. The IQ Manager stores a time stamp with the event. Approximately 1800 events can be stored in the Event Log. Also when an event is triggered, the IQ Manager can optionally take a snapshot of the current sensor readings and store it in the Historical Log.

Sensor Scenario
No. of Records Available
1 Sensor - 1 I/O IQ 15000
1 Sensor - 2 I/O IQs 11000
10 Sensors - 2 I/O IQs 2600
25 Sensors - 2 I/O IQs 1100
50 Sensors - 1 I/O IQ 1100
50 Sensors - 2 I/O IQs 600
100 Sensors - 1 I/O IQs 600
Maximum Record Storage for Historical Log
Notifying – Each event can be configured to trigger the IQ Manager to notify a host. The IQ Manager can notify a host either pushing a connection through the Ethernet (TCP/IP) or serial port. The host computer then does not need to be always connected and polling the IQ Manager. The IQ Manager can inform the host of the exceptions by establishing the connection. The IQ Manager can be configured to notify up to 5 host destinations trying each destination until the event is confirmed delivered. The IQ Manager can also send alarms via SMTP email through the Ethernet.

The IQ Manager is a data logger that can be used to store data while the IQ Manager is not connected to a host computer. The data-logging feature can be used as a backup in case communications is lost through the Ethernet or serial connection. The Historical Log and the Event Log are circular. If either becomes full, the next record will overwrite the oldest record. CRC16 error checks are added to the simple ASCII commands and response when using the local serial port.

As an option, the IQ Manager can initiate a connection to a host web server at regular intervals or when an alarm occurs and can deliver (via HTTP Post) XML files. The XML files contain History and/or Event records. The XML files can then be easily posted to a database. This mechanism makes it possible to install the IQ Manager behind a firewall without changing the setup of the firewall.

The IQ Manager can be easily configurable using ASCII commands. Each sensor can be given a label name and setup information for each I/O IQ such as engineering scale and offset, units label, and alarm trigger information. The IQ Manager has a “media callout table” where the user can specify which host destinations the IQ Manager is going to connect for notification by either serial or Ethernet. The IQ Manager can also be configured to callout periodically with interval times from once a minute to once every 7 days.


The IQ Manager has optional security through two levels of login passwords: one for access to data and setup information and the other for changing the setup information.IQ Server
Rf Receiver with an Integrated Data Server
The IQ Server is now available for shipping.
The IQ Server is a 900 Mhz or 2.4 GHz RF receiver with an integrated data Web server, designed to work with the IQ Repeater. It receives CRC-16 error-checked data packets from IQ Seven's sensors, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML.
Custom versions available for OEM's.
Click Here to see real time data.IQ Server
Rf Receiver with an Integrated Data Server

Main Features
900 MHz or 2.4 GHz Receiver
Supports IQ Sensors, LSX transmitters via IQ Repeater
Communicates: Ethernet (TCP/IP), Modem, serial port
Data Logger – logs periodic snapshots of the current readings & logs events
Web Server – Dynamic HTML web page server showing current readings and alarms
Event based alarms – callout or email
Push connection to other hosts using TCP/IP based on alarms
Simple ASCII command/response protocol
100 Sensors (total of 100 I/O IQs) maximum
8600 Historical Records capacity
1800 Event Logging capacity
Two level password security
Each I/O configurable to trigger events
Periodic callouts with interval times of 1 minute to 7 days

Description:
The HTML file can be viewed with any standard browser.
» Click Here « to see real time data.
A PC can communicate with the IQ Server using TCP/IP or serial protocol. You can send commands using TCP/IP over the Ethernet or using Direct Dial/PPP. Serial commands can be sent using RS232 or DirectDial.

The IQ Server is a 900 Mhz or 2.4 GHz RF receiver with an integrated data Web server.It receives CRC-16 error-checked data packets from IQ Seven’s IQ Repeaters, processes the data, and makes the data available to be queried by simple ASCII commands or through dynamic HTML. The dynamic HTML can be viewed with any standard browser. A PC can communicate with the IQ Server using TCP/IP or serial protocol. Simple ASCII commands are sent over the Ethernet using TCP/IP, RS232 serial port or modem. The IQ Server contains a time of day clock, battery backed RAM, and flash programmable memory. It is fully configurable, both locally and remotely. It can store configuration information for up to 100 sensors having a combined maximum of 100 I/O IQs.

The IQ Server was built with the flexibility needed to satisfy varied user requirements. Conceptually there are several modes of operation that allow the user to balance simplicity, costs, precision, and timeliness.

Monitoring - The easiest way to get information from the IQ Server
is to view the current sensor values.This can be accomplished with a Web browser (no software coding required) or polling by a host.Both alarms and data are available.The following is an example of the dynamic HTML page.

The dynamic HTML page displays on each row the following sensor information: name, serial number, age since last reception, service mode indicator, readings and units.All readings are shown in engineering units. All readings are shown in engineering units. The image to the left is a monitored temperature trend using the new IQware, measuring four temperatures over 24 hours.

Collecting – Snapshots of the current sensor values can be periodically stored in a Historical Log.The snapshots can be retrieved for later analysis. All configured sensors readings are used in the snapshot.The snaps can be taken from once a minute to once every 7 days.The IQ Server can be thought of as a remote data logger.

Concentrating – Key changes in a sensor reading, sensor age or system parameters can trigger records to be logged into an Event Log.The following items can be configured to trigger events: IQ Server startup, Historical Log % full, sensor age, sensor service button, analog I/O high/low thresholds, counter I/O base count and interval, and state change.The IQ Server stores a time stamp with the event.Approximately 1800 events can be stored in the Event Log.Also when an event is triggered, the IQ Server can optionally take a snapshot of the current sensor readings and store it in the Historical Log.

Sensor Scenario
No. of Records Available
1 Sensor - 1 I/O IQ 8634
1 Sensor - 2 I/O IQs 4317
10 Sensors - 2 I/O IQs 1501
25 Sensors - 2 I/O IQs 651
50 Sensors - 1 I/O IQ 651
50 Sensors - 2 I/O IQs 335
100 Sensors - 1 I/O IQs 335
Maximum Record Storage for Historical Log
Notifying – Each event can be configured to trigger the IQ Server to notify a host. The IQ Server can notify a host either pushing a connection through the Ethernet (TCP/IP) or placing a phone call through the modem.The host computer then does not need to be always connected and polling the IQ Server .The IQ Server
can inform the host of the exceptions by establishing the connection itself.The IQ Server can be configured to notify up to 5 host destinations trying each destination until the event is confirmed delivered.The IQ Server can also send alarms via SMTP email through the Ethernet.

The IQ Server is a data logger that can be used to store data while the IQ Server is not connected to a host computer.The data-logging feature can be used in dialup modem applications where the connection is temporary and short.The data-logging feature can be used as a backup in case communications is lost through the Ethernet connection.

Both the Historical Log and the Event Log are circular.If either becomes full, the next record will overwrite the oldest record.

CRC16 error checks are added to the simple ASCII commands and response when using the modem or local serial port.

The IQ Server can be easily configurable using ASCII commands.Each sensor can be given a label name and setup information for each I/O IQ such as engineering scale and offset, units label, and alarm trigger information. The IQ Server has a “media callout table” where the user can specify which host destinations the IQ Server is going to call for notification by either modem or Ethernet.The IQ Server can also be configured to callout periodically with interval times from once a minute to once every 7 days.

The IQ Server
has optional security through two levels of login passwords: one for access to data and setup information and the other for changing the setup information.
 
Dinrail TZR-MA
900-MHz frequency-hopping RS485 Master/Slave auto-sensing radio interface
The TZR-MAD uses an embedded 100-milliwatt frequency hopping wireless modem that provides communication between a local RS485 network and a remote network of RS485 connected devices.Dinrail TZR-MA
900-MHz frequency-hopping RS485 Master/Slave auto-sensing radio interface

Main Features
RS485 Master/Slave auto-sensing radio interface
Built in 900 MHz. frequency hopping radio for long-range wireless interface
Provides remote capability to RS485 Modbus networks
Automatically senses Master or Slave data flow
Multiple radios allow many remote RS485 network to coexist logically
Provides means to convert legacy RS485 devices to wireless
Range Indoor: 600’ to 1300’
Range Outdoor: 7mi. with dipole, >20 mi. w/ high gain antenna
LED power and activity indicator
Configuration parameters set by dipswitch
Low power, 6-24 VDC at 200 milliamp transmitting, 70 milliamp receiving
Astron AXH900RP SMA R Reverse Polarity SMA 6.5” Antenna
High Impact ABS enclosure


Description:
The TZR-MAD uses an embedded 100-milliwatt frequency hopping wireless modem that provides communication between a local RS485 network and a remote network of RS485 connected devices. The TZR-MAD will automatically sense the direction of data flow and switch the RS485 and Radio devices accordingly. The TZR-MAD can be placed in a network of RS485 devices and appear as a slave repeater of remote RS485 devices or it can be placed in a network of one or many RS485 slaves and act as the RS485 repeater of a remote master. The radio operates within the 900 MHz ISM Band under Part 15 of the FCC Rules and regulations.

The TZR-MAD operates at 19200 Baud at either odd parity or no parity. Dipswitches select parity and one of 7 radio networks. Radios operating together must have the same radio network address (1-7 set by switches labeled A0-A2) Select a different radio network address to prevent interference from nearby networks that are not sharing information. The default radio network for Rooftop applications is 5. The user may choose another network address (1-7) if desired. While all radios in a network must have the same network address they do not have to have the same parity, the parity is local to the RS485 serial port on the TZR-MAD only. Parity information is not transmitted or received.

Radio network selection 0(A0, A1, A2 all set to 0)selects a special network setup. When network address setting 0 is selected the pre-programmed radio network parameters are used, these parameters are user and application specific and must be set at the factory for specific OEM applications.

The TZR-MAD can also be used as a general purpose RS485 half duplex radio interface operating at 19200 Baud at either odd or no parity (dip switch selectable).

Power Supplies - Solar Power SCADA

UPS backup your traffic systems with IQFuelCell
IQEnergy: IQ Fuel cells are now available as an alternative source for renewable energy. Unlike traditional power generators, they don't require gasoline to generate power. They also provide an alternative to solar generators because they do not depend on any external power gathering equipment. These units are compact, durable, and built to power a wide range of applications.
The Best Generator Ever!
Applications: Airports, Computer Rooms, Hospitals, Traffic, UPS

OkSolar.com Serving The Industry Since 1988.
All rights reserved. All trademarks or product names mentioned herein are the property and responsibility of their respective owners.
Credit Pictures provided by PIX along with DOE/NREL