Wireless Sensors, Sensor Counter/Temperature, Wireless Receivers, Wireless Transmitters, Wireless Antennas

High value wireless solutions for the automation and communications industry

Point 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 240 seconds 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 Point 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 Point 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 Point Sensor Counter/Temperature to consume very little energy and a battery life of 5 to 10 year results. The Point 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 Point Sensor Counter/Temperature is shipped with the transmitter turned off, anytime the Point Sensor Counter/Temperature is to be shipped the transmitter should be turned off or placed in a shielded container to prevent interference. Start the Point Sensor Counter/Temperature by a momentarily push of the service switch (you will feel the button click) the Point 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 Point Sensor Counter/Temperature in a quiescent mode (no transmissions and very low power consumption),this is the state the Point 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.

Technical Features:   Transmission rate 10-240 seconds (specify when ordering) Shelf life with battery installed 5 Years in quiescent mode (10 years with optional battery) Dimensions (enclosure) 1.5 W X 2.1 H X .6 D (inches) Weight 1.5 oz. Operating Temperature -40� to 85� C Input Switch closure 3.3 volts pulsed Humidity 0% to 90% non-condensing Battery life with transmissions 5-10 years with tx period of 30-240 seconds Battery 3.6 volt Lithium FCC Certified FCC ID: M5ZWOWANA

Wireless Receivers: 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 Point Family is ideally suited for a broad range of applications from basic telemetry to custom engineered wireless networking solutions.

Wireless Sensors: Adott offers an expanded line of wireless sensors to measure temperature, relative humidity, pressure, vibration, analog voltage and current, and discrete digital inputs. Each sensor is battery operated and fitted with a microprocessor controlled 418 MHz radio transmitter.

IQUPS If you are a systems integrator, installer, engineering procurement contractor or an electrical contractor

We will work with you to design a Solar - Fuel Cell and or Wind power system for your project some applications Business - On-Grid Commercial Buildings and Off-Grid Industrial Remote electricity anytime anywhere!.

Businesses - Government Agencies and homeowners around the world are using OkSolar systems Integrated systems Solar, fuel Cells and wind energy.

Applications: Commercial - Industrial - Disaster Relief - Military and Residential AirportIQ UPS Airfield Power Backup Electrical

Communication infrastructure(Local and Federal Government)

Base Stations for Mobil Networks that can run on Solar, Wind and Fuel Cells.IQ UPS Base stations cut diesel usage by 75 percent. IQUPS.com has designed a base station for mobile networks that would run on sun, wind power and fuel cells. Gas Stations (Powering gasoline pumps during a power failure).

Hospital EMS: IQ UPS Hospital Power Backup Electrical ( Emergency Power Back-up for Hospitals ).

Rail Roads: Railroad crossing signals backup.

Traffic intersections: backup power for critical LED traffic light intersections.

Solar Trees Arrays We Delivered On-Site For Fast Plug and Pay Installation Solar Tree structure are designed for the following applications: Shading vehicles from the sun and at the same time generate Green energy. Facilitate the creation of infrastructure for electric vehicles.

Traffic Application: -Keeping Traffic Moving When The Power Goes Out Item#1608450 Portable Solar Powered 120 volts 60Hz. or 230 Volts 50 Hz, Portable Solar Powered 220 Volts 50 Hz, Portable Solar Powered 230V 50Hz, Portable Solar Powered 220Volts 50Hz pedestrian signals, A 120 or 240 V, 100 amp, single-phase IQUPS.com transfer panel is used to activate the generator at the loss of power. According to IQUPS, the generator assumes the full load in seven seconds. When utility power is restored, the generator shuts off and signal operation is automatically returned to the normal power source. "The IQUPS1800 will completely run the intersection stoplights," said general manager for the DOT. "Other backup systems will put the lights to flashing red. When the generator kicks in on the IQUPS1800, the lights will fully function for 25 to 40 hours, depending on the load at the intersection. When power is restored, the system returns to utility power and the traffic signals do not need to be reset." Battery Backups Prevent Accidents at Critical Traffic Signals Additional Applications Being Taken for More Intersections Keeping Traffic Moving When The Power Goes Out Portable Solar Power 120 Volts 60 Hz or 230 Volts 50Hz, Traffic Portable Solar Power 120 Volts 60 Hz Thanks to new IQTraffiControl.com energy-efficiency technology, different Cities, towns and counties will keep their traffic signals safely operating even if the electricity goes out, and other local governments. Intersections have been converted to new LED signal lights utilizing more efficient, LED (light emitting diode) lamps. The new lamps cut the amount of electricity used by each light from as much as 150 watts to between 10 to 25 watts. Because LEDs use so much less electricity, it is now technically possible to provide battery backup power to alike. We also Have Fuel Cells Traffic Backups.

IQ UPS Traffic Back-up Standby Power Generation. - Battery backup systems for LED traffic Signs -

IQUPS Battery Backups Prevent Accidents at Critical Traffic Signals Increase the public safety and reduced traffic congestion by allowing traffic lights to function even during a power failure. A typical traffic signal intersection experiences eight to ten local power outages annually. With battery backup 3 power, some or all the traffic control signals can continue to operate. This seamless switchover to battery power increases public safety and eliminates the need to dispatch police or other service personnel to direct traffic. If all traffic signals were converted to LEDs, the battery backup system would allow full operation of the traffic signals during a power outage, thus alleviating traffic congestion.

Sample Ready to ship unit

GeneralCommunications Wireless Solutions Provider putting the latest RF and IR technology to work to enhance productivity and increase profits. More than a radio company, GeneralCommunications Point Wireless combines wireless (RF & IR) data transmission with extensive array of sensors and application specific modules suited for a variety of common applications. GeneralCommunications works closely with OEMs in dozens of industries to capitalize on the benefits of wireless technology. All products are general purpose in design and appeal to a broad customer base. Typical deployments include traffic light automation, food safety, energy management, access control, fire safety and trucking. The GeneralCommunications value proposition is based on the ability to engineer application specific solutions ranging from basic telemetry to wireless networking. This value arises from GeneralCommunications application awareness and the command of innovative, high value designs. In addition to application specific solutions, Point Six Wireless also offers a complete line of general purpose products for the transmission of Ethernet, serial, Modbus, Weigand, analog, discrete or sensor based data.

IQUPS If you are a systems integrator, installer, engineering procurement contractor or an electrical contractor

We will work with you to design a Solar - Fuel Cell and or Wind power system for your project some applications Business - On-Grid Commercial Buildings and Off-Grid Industrial Remote electricity anytime anywhere!.

Businesses - Government Agencies and homeowners around the world are using OkSolar systems Integrated systems Solar, fuel Cells and wind energy.

Applications: Commercial - Industrial - Disaster Relief - Military and Residential AirportIQ UPS Airfield Power Backup Electrical

Communication infrastructure(Local and Federal Government)

Base Stations for Mobil Networks that can run on Solar, Wind and Fuel Cells.IQ UPS Base stations cut diesel usage by 75 percent. IQUPS.com has designed a base station for mobile networks that would run on sun, wind power and fuel cells. Gas Stations (Powering gasoline pumps during a power failure).

Hospital EMS: IQ UPS Hospital Power Backup Electrical ( Emergency Power Back-up for Hospitals ).

Rail Roads: Railroad crossing signals backup.

Traffic intersections: backup power for critical LED traffic light intersections.

Solar Trees Arrays We Delivered On-Site For Fast Plug and Pay Installation Solar Tree structure are designed for the following applications: Shading vehicles from the sun and at the same time generate Green energy. Facilitate the creation of infrastructure for electric vehicles.

Traffic Application: -Keeping Traffic Moving When The Power Goes Out Item#1608450 Portable Solar Powered 120 volts 60Hz. or 230 Volts 50 Hz, Portable Solar Powered 220 Volts 50 Hz, Portable Solar Powered 230V 50Hz, Portable Solar Powered 220Volts 50Hz pedestrian signals, A 120 or 240 V, 100 amp, single-phase IQUPS.com transfer panel is used to activate the generator at the loss of power. According to IQUPS, the generator assumes the full load in seven seconds. When utility power is restored, the generator shuts off and signal operation is automatically returned to the normal power source. "The IQUPS1800 will completely run the intersection stoplights," said general manager for the DOT. "Other backup systems will put the lights to flashing red. When the generator kicks in on the IQUPS1800, the lights will fully function for 25 to 40 hours, depending on the load at the intersection. When power is restored, the system returns to utility power and the traffic signals do not need to be reset." Battery Backups Prevent Accidents at Critical Traffic Signals Additional Applications Being Taken for More Intersections Keeping Traffic Moving When The Power Goes Out Portable Solar Power 120 Volts 60 Hz or 230 Volts 50Hz, Traffic Portable Solar Power 120 Volts 60 Hz Thanks to new IQTraffiControl.com energy-efficiency technology, different Cities, towns and counties will keep their traffic signals safely operating even if the electricity goes out, and other local governments. Intersections have been converted to new LED signal lights utilizing more efficient, LED (light emitting diode) lamps. The new lamps cut the amount of electricity used by each light from as much as 150 watts to between 10 to 25 watts. Because LEDs use so much less electricity, it is now technically possible to provide battery backup power to alike. We also Have Fuel Cells Traffic Backups.

IQ UPS Traffic Back-up Standby Power Generation. - Battery backup systems for LED traffic Signs -

IQUPS Battery Backups Prevent Accidents at Critical Traffic Signals Increase the public safety and reduced traffic congestion by allowing traffic lights to function even during a power failure. A typical traffic signal intersection experiences eight to ten local power outages annually. With battery backup 3 power, some or all the traffic control signals can continue to operate. This seamless switchover to battery power increases public safety and eliminates the need to dispatch police or other service personnel to direct traffic. If all traffic signals were converted to LEDs, the battery backup system would allow full operation of the traffic signals during a power outage, thus alleviating traffic congestion.

Sample Ready to ship unit

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Wireless Sensors, Wireless Receivers, Wireless Sensors, Wireless Receivers, high value wireless solutions for the automation and communications industry!