Spinwave Systems has developed a range of wireless products for all your energy management and building automation applications.
Spinwave’s A3 product line of wireless sensors has been developed to provide wireless sensing to automation systems through open protocols and direct I/O. A3 is designed for environments with severe RF interference. Using patent-pending frequency-hopping technology, A3 sensors automatically adapt to interference for maximum reliability even in industrial environments.
A3 products include wireless pulse counters for sub-metering, temperature, humidity, combined temperature/humidity, and voltage sensors, along with a complete line of gateways for interfacing devices with virtually any open protocol automation system.
Spinwave Systems’ A3 Wireless Sensor Network has been specifically designed for the building automation market.
- The Network outsmarts changing RF interferences with self-adapting frequency agility in three dimensions, using Spinwave’s U.S. patent pending extension of the IEEE 802.15.4 specification.
- The installed cost per point is, in many cases, significantly lower than traditional hardwired sensor solutions.
- The industry’s broadest range of integration options make it easy and cost-effective to interface to virtually any Building Management System.
- Schools and Universities
- Manufacturing Facilities
- Retail Space
- Office Buildings
- Entertainment Venues
- Medical Facilities
- Government Buildings
|PT100 RTD||SWS-2PT100||Wireless 2xRTD (PT100, not included) transceiver|
|Thermistor||SWS-T||Wireless temperature sensor, on-board thermistor|
|Humidity||SWS-RH||Wireless relative humidity sensor|
|Analogue input||SWS-3AI||Wireless analog input module with three 0-5VDC inputs|
|Digital input/output||SWS-DI||Wireless Digital Input (dry contact)|
|Pulse count||SWS-DPC||Wireless Digital Pulse Counter|
|Thermostat controller||SWC-TSTAT-3||Wireless thermostat controller|
|SWS-RP||Wireless Digital Input (dry contact)|
|Direct I/O||SWRF-IOR||Wireless receiver & I/O interface module (4 digital outputs, 4 analog outputs, status output), 3 ft. radio cable|
|Lonworks||SWRF-LON||Receiver & LONWORKS interface, 3 ft. radio cable|
|BACnet MSTP||SWRF-BACNET-MSTP||Receiver & BACnet MS/TP interface, 3 ft. radio cable|
|Bacnet IP||SWRF-BACNET-IP||Receiver & BACnet IP interface, 3 ft. radio cable|
|Modbus TCP||SWRF-MODBUS TCP||Receiver & Modbus TCP interface, 3 ft. radio cable|
|Modbus RTU||SWRF-MODBUS RTU||Receiver & Modbus RTU interface, 3 ft. radio cable|
|Ascii||SWRF-ASCII||ASCII protocol receiver (requires SWADAPT-USB for PC connection)|
|Cloud Gateway||SWRF-CLOUD-x||Receiver & Modbus, cloud interfaces|
SWS-2PT100 RTD Transceiver
Spinwave Systems’ RTD transceivers are used to sense and wirelessly transmit temperature values and make them available as BACnet, LON or Modbus variables using Spinwave’s BMS Protocol Interface or as analog outputs using a BMS I/O Interface.
SWS-T temperature sensor
Spinwave Systems’ wireless zone temperature sensors are available in three versions: Temperature sensor (SWS-T), with override button (SWS-TO), with override button and set point adjustment (SWS-TOS).
SWS-RH humidity sensor
Spinwave Systems’ wireless relative humidity sensors are available in two versions. Wireless zone relative humidity sensor (SWS-RH) or relative humidity and temperature sensor (SWS-T-RH)
SWS-3AI Analog Sensor
The SWS-3AI wireless analog input transceiver allows to wirelessly enable peripherals with analog outputs. The SWSAI has three analog inputs to measure:
0-10VDC with voltage divider (resistors)
0-20mA with parallel resistor (250 Ohm)
SWS-DI Digital Input Module
Spinwave Systems’ Wireless Digital Input Modules are used to wirelessly monitor dry contacts and make the status available as BACnet, LON or Modbus variables using Spinwave’s BMS Protocol Interface or as digital outputs (wireless dry contact replication) using a BMS I/O Interface.
SWS-DPC pulse counter
Spinwave Systems’ pulse counters are used to wirelessly transmit electric/water/gas meter values (accumulated pulses and pulses per time) and make them available as BACnet, LON or Modbus variables using Spinwave’s BMS Protocol Interface or as digital outputs (pulse replication) using a BMS I/O Interface.
The wireless thermostat controller is a full function wireless mesh device with integrated radio that can be configured to control heat pump systems, (with auxiliary or emergency heating if necessary), gas/oil heating systems with add on cooling, control high and low balance points as well as the number of heating and cooling stages needing precise control
Spinwave Systems’ Wireless Mesh Repeater/Router significantly extends the range and node count of wireless sensor networks. The installation of multiple Mesh Repeaters/Routers provides alternate wireless communication paths from sensors to wireless receiver modules thus improving the network’s ability to cope with obstacles. The wireless network will automatically “heal” and reconfigure itself if a communication path is obstructed.
SWRF Direct I/O interface
Spinwave Systems’ RF Receiver Module / DDC I/O Interface is a two piece design consisting of a DDC I/O interface board and a remote receiver. The DDC I/O board provides 4 analog outputs and 5 digital outputs.
SWRF BMS protocol interface
The wireless BMS interface consists of an RF receiver module and an open protocol interface. Up to 31 separate wireless devices are supported per BMS interface.
SWRF ASCII Interface
Spinwave Systems’ Wireless ASCII interface allows for easy serial protocol integration of wireless sensor networks with proprietary embedded devices and PCs.
The Cloud Gateway easily interfaces the wireless mesh network to Cloud-based data storage, analytics and reporting using the embedded Web Client.
The gateway’s Modbus TCP interface allows for easy integration with Building Automation Systems (BAS) to optimize comfort and energy usage based onbuilding and power conditions.