Short Range Wireless Devices

Transcription

1 Short Range Long Range Short Range EnOcean enabled wireless relay receivers work in conjunction with many switching devices that are EnOcean enabled with 315 MHz transmitters. wall switches, occupancy sensors, thermostats, key card switches, patio door switches, and one-way controller transmitters are all devices which can activate the RIB wireless control relays by using EnOcean s energy harvesting technology. Energy harvesting refers to the process by which energy is captured and stored, then used to transmit a wireless signal, which in turn is received by the RIB wireless relay. Long Range The wireless products manufactured by Functional Devices using AI components are readily available for any building automation, control or monitoring application. The devices are a reliable, low-cost method to extend your network. These devices serve as an alternative to long runs of communications to previously unreachable locations, due to the lack of existing communications architecture. Functional Devices models are shipped ready to install, with a true plug-and-play set-up requiring no special programming or commissioning tools. With applications deployed within a few hundred feet to over 6 miles, Functional Devices long-range wireless products have the solution to any controls or monitoring project. Made in the USA Meets the Buy American provisions of Section 1605 of the American Recovery and Reinvestment Act of 2009 (ARRA). ontrol Relays oil Voltage ontact Ratings Model # A/D A Relays ontacts Resistive Motor Ballast Tungsten Pilot Duty Repeat Function Dry ontact Ballast Size Ouput Enclosure RIBW01B-EN SPDT 20 A 2 HP 20 A 1200 W 1110 VA 146 RIBW208B-EN SPDT 20 A 2 HP 20 A 1200 W 1110 VA 146 RIBW240B-EN SPDT 20 A 2 HP 20 A 1200 W 1110 VA 146 RIBW277B-EN SPDT 20 A 2 HP 20 A 1200 W 1110 VA 146 RIBW24B-EN SPDT 20 A 2 HP 20 A 1200 W 1110 VA 147 RIBW01-EN SPST 5 A 5 A 148 RIBW02-EN SPST 5 A 5 A 148 Transmitters Model # Made in USA 1 Power Input EnOcean Energy Harvesting ontrol Input urrent Sensor Frequency olor Switch over Plate 2 RIBXJF-EN2 Self-Powered 315 MHz 148 RIBWE24TD-EN2 24 Vac/dc 5-25 Vac/dc 315 MHz 149 WST-EN-W Self-Powered 315 MHz White WSTP-W 149 WST-EN-BK Self-Powered 315 MHz Black WSTP-BK 149 WST-EN-A Self-Powered 315 MHz Almond WSTP-A 149 WST-EN-BR Self-Powered 315 MHz Brown WSTP-BR 149 SWSK-EN Self-Powered 315 MHz White 150 SWSDS-EN Self-Powered 315 MHz White 150 SWH-EN Self-Powered 315 MHz White 150 Notes Notes Spec Page Spec Page = UL Listed : UL916 Energy Management, UL864 Fire ; USA & anada 1 = Made in USA. Meets Buy American of ARRA = Sold separately : 145

2 RIBW01B-EN2 Enclosed EnOcean Enabled Relay Transceiver / Repeater 20 Amp SPDT, 120 Vac Power, with Dry ontact Input RIBW208B-EN2 Enclosed EnOcean Enabled Relay Transceiver / Repeater 20 Amp SPDT, 208 Vac Power, with Dry ontact Input RIBW240B-EN2 Enclosed EnOcean Enabled Relay Transceiver / Repeater 20 Amp SPDT, 240 Vac Power, with Dry ontact Input RIBW277B-EN2 Enclosed EnOcean Enabled Relay Transceiver / Repeater 20 Amp SPDT, 277 Vac Power, with Dry ontact Input Blk 120, 208, 240, or 277 Vac Wht Neutral or Wht/Red Wht/Blu Red Neutral or Other Phase # Relays & ontact Type: One (1) SPDT ontinuous Duty oil Expected Relay Life: 10 million cycles minimum mechanical Operating Temperature: -30 to 140 F Humidity Range: 5 to 95% (noncondensing) Red LED: Relay Status / Learn Mode Status (Flashing) Dimensions: 2.30 x 3.20 x 1.80 with.50 NPT Nipple Wires: 16, 600V Rated Approvals: UL Listed, UL916, -UL, RoHS Housing Rating: UL Accepted for Use in Plenum, NEMA 1 Gold Flash: No Override Switch: No Frequency: 315 MHz Receiver Sensitivity: -93 dbm typical onducted Power: 5 mw typical Built-in Switch Modes: Rocker, Momentary, and Toggle Receiver ontrol ircuit Blu N/ Yel omm N/O ontact Ratings: 20 Amp 277 Vac 5 Amp 480 Vac 20 Amp 277 Vac 16 Amp Electronic 277 Vac (N/O) 10 Amp 120 Vac (N/O) 770 VA Pilot 120 Vac 1,110 VA Pilot 277 Vac Vac Vac Power Input Ratings: Vac ; 60 Hz (RIBW01B-EN2) Vac ; 60 Hz (RIBW208B-EN2) Vac ; 60 Hz (RIBW240B-EN2) Vac ; 60 Hz (RIBW277B-EN2) ontrol Relays with Two-Way ommunication Learn lear Relay has built-in repeater function. Relay receives signal from wireless switch transmitter and rebroadcasts the signal to the next relay receiver. Made in USA Meets Buy American of ARRA 2009 ompatible with Enocean 315 MHz Switches/Transmitters. Open area transmission could be farther. onsult factory for more information. Repeater function only rebroadcasts original EnOcean transmission. Up to two repeaters can be used. For setup instructions, see website for -EN2 Series Application Manual: or scan QR code with your smart phone. Application for ontrol & Feedback in a Building Automation System BAS Panel Wht or Red Wht/Red and Wht/Blu DO Blk 60Hz A/ Power BAS ontroller DI Yel Yel Wht/Red Wht/Blu Dry contact input for load verification urrent Sensor Load 146 Functional Devices, Inc. : American Made. American Owned.

3 RIBW24B-EN2 Enclosed EnOcean Enabled Relay Transceiver / Repeater 20 Amp SPDT, 24 Vac/dc Power, with Dry ontact Input ontrol Relay with Two-Way ommunication Learn lear Made in USA Meets Buy American of ARRA 2009 # Relays & ontact Type: One (1) SPDT ontinuous Duty oil Expected Relay Life: 10 million cycles minimum mechanical Operating Temperature: -30 to 140 F Humidity Range: 5 to 95% (noncondensing) Red LED: Relay Status / Learn Mode Status (Flashing) Dimensions: 2.30 x 3.20 x 1.80 with.50 NPT Nipple Wires: 16, 600V Rated Approvals: RoHS Housing Rating: UL Accepted for Use in Plenum, NEMA 1 Gold Flash: No Override Switch: No Frequency: 315 MHz Receiver Sensitivity: -93 dbm typical onducted Power: 5 mw typical Built-in Switch Modes: Rocker, Momentary, and Toggle ontact Ratings: 20 Amp 30 Vac/dc Power Input Ratings: Vac Vdc Relay has built-in repeater function. Relay receives signal from wireless switch transmitter and rebroadcasts the signal to the next relay receiver. ompatible with Enocean 315 MHz Switches/Transmitters. Open area transmission could be farther. onsult factory for more information. Repeater function only rebroadcasts original EnOcean transmission. Up to two repeaters can be used. For setup instructions, see website for -EN2 Series Application Manual: or scan QR code with your smart phone. Application for ontrol & Feedback in a Building Automation System BAS Panel Wht or Red DO Wht/Red and Wht/Blu Blk 60Hz A/ Power BAS ontroller DI Yel Yel urrent Sensor Load Wht/Red Wht/Blu Dry contact input for load verification : 147

4 RIBW01-EN2 Enclosed EnOcean Enabled Relay Receiver / Repeater 5 Amp SPST-N/O, 120 Vac Power Input RIBW02-EN2 Enclosed EnOcean Enabled Relay Receiver / Repeater 5 Amp SPST-N/O, Vac Power Input ontrol Relays Blk 120 Vac Wht Neutral Receiver ontrol ircuit N/O N/O Blk Vac Red Neutral or Other Phase Receiver ontrol ircuit N/O N/O Smaller size design to fit inside ballast housing of fluorescent light fixture. Made in USA Meets Buy American of ARRA 2009 # Relays & ontact Type: One (1) SPST ontinuous Duty oil Expected Relay Life: 10 million cycles minimum mechanical Operating Temperature: -30 to 140 F Humidity Range: 5 to 95% (noncondensing) Red LED: Relay Status / Learn Mode Status (Flashing) Dimensions: 4.60 x 1.20 x 1.70 Wires: 16, 600V Rated Approvals: UL Listed, UL916, -UL Gold Flash: No Override Switch: No Frequency: 315 MHz Receiver Sensitivity: -93 dbm typical onducted Power: 5 mw typical Built-in Switch Modes: Rocker, Momentary, and Toggle ontact Ratings: 5 Amp 120/277 Vac 5 Amp 120 Vac 5 Amp Electronic 120 Vac Power Input Ratings: Vac ; 60 Hz (RIBW01-EN2) Vac ; 60 Hz (RIBW02-EN2) ompatible with Enocean 315 MHz Switches/Transmitters. Open area transmission could be farther. onsult factory for more information. Repeater function only rebroadcasts original EnOcean transmission. Up to two repeaters can be used. For setup instructions, see website for -EN2 Series Application Manual: or scan QR code with your smart phone. RIBXJF-EN2 Enclosed EnOcean Enabled Split Ring Remote Fixed Amp urrent Sensor urrent Sensor Transmitter Transmitter urrent Sensor Status urrent Sensor ircuitry Load Wire Gry Gry AXGT T Interlocking Loads Functional Devices urrent Sensor, model RIBXJF-EN2, can be used to sense 1 or more loads to turn on another using one of Functional Devices Relay (All models in EN2 Series.) Teach RIBXJF-EN2 Models in EN2 Series Made in USA Meets Buy American of ARRA 2009 Dryer 1 Dryer 2 50/60 Hz 24/120/208/240/277 Vac Remote Exhaust/Booster Fan Operating Temperature: -30 to 140 F Humidity Range: 5 to 95% (noncondensing) Dimensions: 2.30 x 3.20 x 1.80 with.50 NPT Nipple Remote Dimensions: (Outside) 2.52 x 2.00, (Inside).52 x.52 Wire Length: 16, 600V Rated Approvals: UL Listed, UL916, -UL, RoHS Housing Rating: UL Accepted for Use in Plenum, NEMA 1 Sensor Type: External, with wireless transmission Sensor Threshold: Fixed, 3 Amps Sensor Range: Amps Max Sense Voltage: 600 Vac Frequency: 315 MHz Antenna: Integrated Antenna, 15cm Transmission Power: Max. 10mW EIRP Radio ertifications: F (US), I (anada) urrent Sensor Status: Transmission Status: TH Button: EEP: Small Pink LED On = urrent Flow > 3 Amps Red LED flashes on every transmission Transmits teach telegram when pressed (urrent > 3 Amps must be flowing through remote sensor) A ontrol one load or one group of loads with a single urrent Sensor. Open area transmission could be farther. onsult factory for more information. For setup instructions, see website for your -EN2 Series Application Manual. 148 Functional Devices, Inc. : American Made. American Owned.

5 RIBWE24TD-EN2 EnOcean Enabled Transmitter, 315 MHz, 24 Vac/dc Power Input with Dry ontact Input and 5-25 Vac/dc ontrol Input Transmitter Wht/Yel 24 Vac/dc Teach Made in USA Meets Buy American of ARRA 2009 Wht/Yel 24 Vac/dc Dry ontact Input Wht/Blu Wht/Red ontrol ircuit Transmission Low Voltage ontrol Input (5-25 Vac/dc) Wht/Blk Wht/Blk ompatible with all Functional Devices Relays ( EN2 Series). Power Input: Frequency: Antenna: Transmission Power: Operating Temperature: Humidity Range: Dimensions: Radio ertifications: Input Status: Transmission Status: Wires: Housing Rating: TH Button: 24 Vac/dc, Hz 315 MHz Integrated antenna, 15cm Max. 10mW EIRP -30 to 140 F 5 to 95% (noncondensing) 1.70 x 2.80 x 1.50 with.50 NPT Nipple F (US), I (anada) LED On = Input Activated LED Slow Blink = Input Deactivated LED Fast Blink = Transmitting 16, 600 V Rated UL Accepted for Use in Plenum, NEMA 1 Transmits teach telegram when pressed. ontrol Input Ratings:.4 5 Vdc.9 10 Vdc 1 12 Vdc 2 24 Vdc 3 24 Vac (Non-Polarized) Power Input Ratings: 42 ma 24 Vac 38 ma 24 Vdc ontrol one load or one group of loads with a single Transmitter. Open area transmission could be farther. onsult factory for more information. Dry ontact Input Operation: lose White/Red wire to White/Blue wire to activate relay. For setup instructions, see website for your -EN2 Series Application Manual. WST-EN EnOcean Enabled Rocker Transmitter Switch, 315 MHz Switch olors Available: WSTP over Plate olors Available: Rocker Switch Transmitter & over Plate White -W Black -BK Almond -A Brown -BR White -W Black -BK Add -W, -BK, -A, or -BR to end of model number for color choice. White and Almond, in stock. Black and Brown, special order. Almond -A Brown -BR Operating Modes: Power Supply: Frequency: Antenna: Transmission Power: Energy Bowtravel/Operating Force: Operating Temperature: Dimensions: Weight: Radio ertifications: On/Off, Toggle, Scene control Powered by finger press (Electrodynamic Energy Harvester) 315 MHz Integrated antenna, 15cm Max. 10mw EIRP 50,000 actuations tested to EN60669 / VDE to x 4.50 x oz. F (US), I (anada) ontrol one load or one group of loads with a single rocker style Switch Transmitter. Open area transmission could be farther. onsult factory for more information. Switch cover plate sold separately. Do not use metal switch plate covers due to interference with wireless signal : 149

6 SWSK-EN EnOcean Enabled Keycard Transmitter Switch, 315 MHz Keycard Transmitter Operating Modes: Power Supply: Frequency: Antenna: Energy Bowtravel/ Operating Force: Operating Temperature: Dimensions: Weight: Radio ertifications: On/Off, Toggle EnOcean energy harvesting technology 315 MHz Integrated antenna, 15cm >50,000 actuations tested to EN60669 / VDE to x 4.50 x oz. F (US), I (anada) ontrol one load or one group of loads with a single Keycard Transmitter. Open area transmission could be farther. onsult factory for more information. SWSDS-EN EnOcean Enabled Solar Door / Window Transmitter Switch, 315 MHz Power Generation: Solar cell, minimum level for charge = 40 lux harging Time: 2 hours minimum, 6 hours full charge Full harge Operating Period: Minimum 24 hours Frequency: 315 MHz Antenna: Integrated antenna, 15cm Input: TEAH button Operating Temperature: -25 to 65 Relative Humidity: 5% to 95% RH (non-condensing) Weight: 1.3 oz. Mounting: Mount with screws (not supplied), Velcro or double-sided tape Radio ertifications: F (US), I (anada) Solar Door / Window Transmitter Teach Open area transmission could be farther. onsult factory for more information. Only for use with P3 or EN2 Series relays. SWH-EN EnOcean Enabled Hand-Held Transmitter Switch, 315 MHz Operating Modes: Power Supply: Frequency: Antenna: Transmission Power: Life ycle: Operating Temperature: Dimensions: Radio ertifications: On/Off, Toggle, Scene control Powered by finger press (Electrodynamic Energy Harvester) 315 MHz Integrated antenna, 15cm Max. 10mw EIRP 50,000 actuations -25 to x 3.55 x 0.80 F (US), I (anada) Hand-Held Transmitter (Dual Rocker / 4 hannel) Each rocker is independent. Individual control of up to 4 zones. Open area transmission could be farther. onsult factory for more information. 150 Functional Devices, Inc. : American Made. American Owned.

7 Long Range Simple Exhaust Fan / Status Application Made in the USA Meets the Buy American provisions of Section 1605 of the American Recovery and Reinvestment Act of 2009 (ARRA). Server lient A/ Line Power ontroller Network 24 Vac/dc OM Internal urrent Status Load Relay LonMark RIBWE150LS or BAnet RIBWE150BS LonMark RIBWE150L4 LonMark ertified RIB Relay / urrent Sensor ombination or BAnet RIBWE150B3 BAnet ompatible RIB Relay / urrent Sensor ombination Remote Parking Lot Lighting Application No network, stand alone application Switch or ontroller FT-10 Network 24 Vac/dc OM Server Digital Input Relay Output FT-10 Network 24 Vac/dc OM lient Digital Input Relay Output Line urrent Sensor for Light Status Parking Lot RIBWE650L7S RIBWE650L7 When no building control network exists, Functional Devices can supply a Server package to lient package configuration that provides a digital input to relay output control without the need of a building network (stand alone operation) : 151

8 onstruct the Perfect Prepackaged Unit to Fit Your Specific Application Model Number Key RIBW E2 50 B3 RIBW Series Network Relay Enclosure E1 = MH1000 Large E2 = MH1200 Small E4 = MH2204-N4 Small E6 = MH3204-N4 Large P1 = PE6000 Transformer 50 = TR50VA004 I/O Board (See spec pages for more information.) L = RIBWL or RIBWLS B = RIBWB or RIBWBS L1 = RIBMW24SB-LNAI L2 = RIBMW24SB-LNT2 B3 = RIBMNWX2401B-B L4 = RIBMNWX2401SB-LN B6 = RIBMNW24B-BAI L7 = RIBMW24SB-LNAI-P2 (For use when no control network exists) Radio Board S = Server (Transmitter) = ient (Receiver) Functional Devices prepackaged short to extended range wireless models can be ordered in many configurations. Whether your application calls for extending your network wirelessly using just a single server and client transceiver configuration or if your application demands entire networks, Functional Devices can supply your needs with the perfect combinations to provide seamless plug-and-play wireless communication. This chart will better help determine the proper model numbers of the wireless device that will best fit your application. hoose the separate parts to construct your specific model number and then note the physical configuration below. Devices will always be shipped with the ANTRD5 antenna. onsult the factory if a different antenna is needed. An additional order can be placed for a different antenna. Refer to pages for client/server radio information. ANTRD5 ANTRD5 NEMA 4/4X enclosures are approximately same configuration, but not same housing style. ANTRD5 oaxial able AI Server oaxial able AI lient ANTRD5 oaxial able AI lient I/O Board I/O Board 50 VA 50 VA oaxial able AI Server 7.00 x 4.28 x 2.00 ANTRD5 24 Vac x 7.70 x 3.90 Primary 24 Vac x 7.70 x 3.90 Primary 8.30 x 7.70 x x 7.70 x 3.90 AI lient or Server oaxial able 120, 240, 277, 480 Vac Powered 24 Vac/dc Powered 24 Vac/dc Powered 152 Functional Devices, Inc. : American Made. American Owned.

9 Long Range Made in the USA Meets the Buy American provisions of Section 1605 of the American Recovery and Reinvestment Act of 2009 (ARRA). Prepackaged Long Range I/O Boards Model # Protocol Enclosure Transformer I/O Board Radio Antenna Notes RIBWL LonWorks lient ANTRD5 RIBWLS LonWorks Server ANTRD5 RIBWP1L LonWorks PE6000 lient ANTRD5 RIBWP1LS LonWorks PE6000 Server ANTRD5 RIBWE2LS LonWorks MH1200 Server ANTRD5 RIBWE150L LonWorks MH VA lient ANTRD5 RIBWE150LS LonWorks MH VA Server ANTRD5 RIBWE1L4 LonWorks MH1000 RIBMNWX2401SB-LN lient ANTRD5 RIBWE150L4 LonWorks MH VA RIBMNWX2401SB-LN lient ANTRD5 RIBWE4LS LonWorks MH2204-N4 Server ANTRD5 RIBWE650LS LonWorks MH3204-N4 50VA Server ANTRD5 RIBWE650L LonWorks MH3204-N4 50VA lient ANTRD5 RIBWE6L4 LonWorks MH3204-N4 RIBMNWX2401SB-LN lient ANTRD5 RIBWE650L4 LonWorks MH3204-N4 50VA RIBMNWX2401SB-LN lient ANTRD5 RIBWE1L1 LonWorks MH1000 RIBMW24SB-LNAI lient ANTRD5 RIBWE150L1 LonWorks MH VA RIBMW24SB-LNAI lient ANTRD5 RIBWE6L1 LonWorks MH3204-N4 RIBMW24SB-LNAI lient ANTRD5 RIBWE650L1 LonWorks MH3204-N4 50VA RIBMW24SB-LNAI lient ANTRD5 RIBWE1L2 LonWorks MH1000 RIBMW24SB-LNT2 lient ANTRD5 RIBWE150L2 LonWorks MH VA RIBMW24SB-LNT2 lient ANTRD5 RIBWE6L2 LonWorks MH3204-N4 RIBMW24SB-LNT2 lient ANTRD5 RIBWE650L2 LonWorks MH3204-N4 50VA RIBMW24SB-LNT2 lient ANTRD5 RIBWE150L7 LonWorks MH VA RIBMW24SB-LNAI-P2 lient ANTRD5 RIBWE150L7S LonWorks MH VA RIBMW24SB-LNAI-P2 Server ANTRD5 RIBWE650L7 LonWorks MH3204-N4 50VA RIBMW24SB-LNAI-P2 lient ANTRD5 RIBWE650L7S LonWorks MH3204-N4 50VA RIBMW24SB-LNAI-P2 Server ANTRD5 RIBWB BAnet lient ANTRD5 RIBWBS BAnet Server ANTRD5 RIBWP1B BAnet PE6000 lient ANTRD5 RIBWP1BS BAnet PE6000 Server ANTRD5 RIBWE2BS BAnet MH1200 Server ANTRD5 RIBWE150B BAnet MH VA lient ANTRD5 RIBWE150BS BAnet MH VA Server ANTRD5 RIBWE1B3 BAnet MH1000 RIBMNWX2401B-B lient ANTRD5 RIBWE150B3 BAnet MH VA RIBMNWX2401B-B lient ANTRD5 RIBWE4BS BAnet MH2204-N4 Server ANTRD5 RIBWE650BS BAnet MH3204-N4 50VA Server ANTRD5 RIBWE6B3 BAnet MH3204-N4 RIBMNWX2401B-B lient ANTRD5 RIBWE650B3 BAnet MH3204-N4 50VA RIBMNWX2401B-B lient ANTRD5 RIBWE1B6 BAnet MH1000 RIBMNW24B-BAI lient ANTRD5 RIBWE150B6 BAnet MH VA RIBMNW24B-BAI lient ANTRD5 RIBWE6B6 BAnet MH3204-N4 RIBMNW24B-BAI lient ANTRD5 RIBWE650B6 BAnet MH3204-N4 50VA RIBMNW24B-BAI lient ANTRD5 = UL Listed : UL916 Energy Management ; USA & anada onsult factory for special programming needs or situations where it is desired not to involve an entire network (stand alone operation.) Antennas (Sold separately) Does not meet Buy American of ARRA 2009 Model # Gain Style Mounting Max Line-of-Sight 2 Max Non-Line-of-Sight 2 Notes ANTRD3 3 dbi (1 db) Rubber Duck Direct.25 mile 5 walls / 300 feet ANTRD5 5 dbi (3 db) Rubber Duck Direct.50 mile 6 walls / 500 feet ANTLOR3 3 db Low Profile, Omni Directional Remote.50 mile 6 walls / 500 feet Must use cable ANTBOR3 3 db Base Station, Omni Directional Remote 5 miles 1500 feet with trees Must use cable ANTBOR6 6 db Base Station, Omni Directional Remote 20 miles 2000 feet with trees Must use cable ANTPDR db Panel, Directional Remote 2 miles 1200 feet with trees Must use cable ANTPDR db Panel, Directional Remote 5 miles 1300 feet with trees Must use cable ANTYDR11 11 dbi (9 db) Yagi, Directional Remote 20 miles 1200 feet with trees Must use cable ANTYDR15 15 dbi (11 db) Yagi, Directional Remote 40 miles 1500 feet with trees Must use cable 1 = Used only with models RIBWLS & RIBWL 2 = Range may vary based on terrain and noise environment This information is based on limited testing and is to be used as a guide in antenna selection. ables & Accessories (Sold separately) Does not meet Buy American of ARRA 2009 Model # Description Notes AB1 ustom able RPSMA to N-Female Bulkhead, 12" AB2 ustom able N-Female to N-Female, 6' AB3 ustom able RPSMA to N-Male, 12" AB4 ustom able RPSMA Male to RPSMA Female Bulkhead, 8" ABANT30 LMR600 antenna cable, 30' ABANT15 LMR600 antenna cable, 15' ANTADP RP-SMA Female to N-Male Adapter : 153

10 RIBWP1L (lient) or RIBWP1LS (Server) RIBWL (lient) or RIBWLS (Server) AI LonWorks Server and lient Transceivers Note: Server will initially transmit signal to lient. lient will receive initial signal, and in turn, transmits signal back to Server. These devices are designed to transport LonWorks communication data over short to extended ranges using the 900MHz frequency ( ). The RIBWP1L and RIBWP1LS are designed to be plug-and-play, requiring no special programming tools. Using a simple software tool (provided) radios can be addressed to one another in the field. See below for installation instructions and configuration. Frequency: RF Transmission Rate: Data Throughput: Output Power: Receive Sensitivity: Radio Link Budget: Range: Radio hannels: onnector Types: Power onsumption: Voltage: Temperature Range: Dimensions: Approvals: Housing Rating: Weight: ertifications: ommunication Protocol: MHz (Direct Sequence Spread Spectrum - DSSS) Mb/s 935 Kb/s +21 dbm (4 Watts EIRP when used with 15 dbi antenna) -97 dbm at 10e-4 BER (-112 dbm with 15 dbi antenna) 148 db with 15 dbi antenna 40 Miles LOS with 15 dbi antenna 12 non-overlapping RPSMA, 2/3 Pin Plug onnector, USB-B Transmit: 2.4 W, Receive: 1.7 W 24 Vac/dc) Vac/dc (isolated power supply required) -20 to 70 (-4 F to 158 F) 7.00 x 4.28 x 2.00 UL Listed, UL916, -UL, E UL Listed, NEMA 1, -UL, E Approved, UL Accepted for Use in Plenum, Also available NEMA 4 / 4X Approximately lbs. F: R4N-AW900M ; I: 5303A-AW900M LonWorks FT-10 Fuse hannel & Signal Quality Digital Display Snap Track RIBWP1L or RIBWP1LS RIBWL or RIBWLS Note: lient can be combined with LonWorks I/O Boards, Enclosures, and Transformers for complete Solution Package. + LON LED BRIDGE LED RFRX LED RFTX LED Vac/dc Shield LON A TP/FT-10 LON B ommunication LEDs RPSMA Antenna onnection USB onnector Installation Instructions: 1. onnect LonWorks bus to terminals labeled LON A and LON B. 2. onnect Vac/dc power as labeled. ** 3. Digital display sequence should begin, AI, LON, revision number. 4. RIBWL / RIBWLS will begin searching for paired unit(s). Note: For radios configured as a server, the digital display channel numbers will descend from 12 to 0, and reverse for client radios. 5. Perform a local download on the remote LonWorks site. 6. Verify the RF network communication with the hannel, Link Quality LQ, RFTX, RFRX, Bridge, and Lon LEDs. 7. Lastly, perform a network commission at the base station site to establish the link with the remote location. ** WARNING: If using A power option, an isolation transformer must be used! Ensure neither of the two secondaries are bonded. Note: As with any RF network, plan ahead for proper antenna selection and placement. It is the intention of Functional Devices, Inc. to provide a reliable wireless communication device for existing LonWorks networks. However, in some conditions, reliability is determined largely by correct antenna placement, which is the responsibility of the installer. This product is NOT TO BE USED in situations where life safety issues may arise. Functional Devices, Inc. makes no claims, expressed or implied, of the products usefulness with regard to specific applications. Determination of the product s suitability for a particular application is the sole responsibility of the purchasing parties. In any installation, ensure the devices are properly protected from the elements by installing in an appropriate enclosure. Possible Network Illustrations: Point-to-multipoint Point-to-point S S For extending ethernet networks wirelessly, consult factory. Broadcast Mode (Not a mesh network) One to One Addressing F: KQL-A4490 I: This device complies with Part 15 of the F rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference (2) This device must accept any interference received, including interference that may cause undesired operation. 154 Functional Devices, Inc. : American Made. American Owned.

11 RIBWP1B (lient) or RIBWP1BS (Server) RIBWB (lient) or RIBWBS (Server) AI BAnet Server and lient Transceivers Note: Server will initially transmit signal to lient. lient will receive initial signal, and in turn, transmits signal back to Server. These devices are designed to transport BAnet MSTP communication data over short to extended ranges using the 900 MHz frequency ( ). The RIBWP1B and RIBWP1BS are designed to be plug-and-play, requiring no special programming tools. Using a simple software tool (provided) radios can be addressed to one another in the field. See below for installation instructions and configuration. Frequency: RF Transmission Rate: Data Throughput: Output Power: Receive Sensitivity: Radio Link Budget: Range: Radio hannels: onnector Types: Power onsumption: Voltage: Temperature Range: Dimensions: Approvals: Housing Rating: Weight: ertifications: ommunication Protocol: MHz (Direct Sequence Spread Spectrum - DSSS) Mb/s 935 Kb/s +21 dbm (4 Watts EIRP when used with 15 dbi antenna) -97 dbm at 10e-4 BER (-112 dbm with 15 dbi antenna) 148 db with 15 dbi antenna 40 Miles LOS with 15 dbi antenna 12 non-overlapping RPSMA, 2/3 Pin Plug onnector, USB-B Transmit: 2.4 W, Receive: 1.7 W 24 Vac/dc) Vac/dc (isolated power supply required) -20 to 70 (-4 F to 158 F) 7.00 x 4.28 x 2.00 UL Listed, UL916, -UL, E UL Listed, NEMA 1, -UL, E Approved, UL Accepted for Use in Plenum, Also available NEMA 4 / 4X Approximately lbs. F: R4N-AW900M ; I: 5303A-AW900M BAnet MSTP Fuse hannel & Signal Quality Digital Display Snap Track RIBWP1B or RIBWP1BS RIBWB or RIBWBS + SER RX LED SER TX LED RFRX LED RFTX LED Vac/dc Shield B- MSTP A+ RPSMA Antenna onnection USB onnector Note: lient can be combined with BAnet I/O Boards, Enclosures, and Transformers for complete Solution Package. ommunication LEDs Installation Instructions: 1. onnect BAnet bus to terminals labeled A +, B - and S (Shield). 2. onnect Vac/dc power as labeled. ** 3. Digital display sequence should begin, AI, BA, revision number. 4. RIBWB / RIBWBS will begin searching for paired unit(s). Note: For radios configured as a server, the digital display channel numbers will descend from 12 to 0, and reverse for client radios. 5. Perform a local download on the remote BAnet site. 6. Verify the RF network communication with the hannel, Link Quality LQ, RFTX, RFRX, SER TX, and SER RX LEDs. 7. Lastly, perform a network commission at the base station site to establish the link with the remote location. ** WARNING: If using A power option, an isolation transformer must be used! Ensure neither of the two secondaries are bonded. Note: As with any RF network, plan ahead for proper antenna selection and placement. It is the intention of Functional Devices, Inc. to provide a reliable wireless communication device for existing BAnet networks. However, in some conditions, reliability is determined largely by correct antenna placement, which is the responsibility of the installer. This product is NOT TO BE USED in situations where life safety issues may arise. Functional Devices, Inc. makes no claims, expressed or implied, of the products usefulness with regard to specific applications. Determination of the product s suitability for a particular application is the sole responsibility of the purchasing parties. In any installation, ensure the devices are properly protected from the elements by installing in an appropriate enclosure. Possible Network Illustrations: Point-to-multipoint Point-to-point S S For extending ethernet networks wirelessly, consult factory. Broadcast Mode (Not a mesh network) One to One Addressing F: R4N-AW900M I: 5303A-AW900M This device complies with Part 15 of the F rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference (2) This device must accept any interference received, including interference that may cause undesired operation : 155

12 Device should be preprogrammed from factory. If not, refer to information below. Step 1: Loading Device Drivers 1. If drivers were obtained in a zip format, unzip them to a place that you can find on your computer such as Desktop or My Documents. 2. onnect the WxT900 device via USB-B cable to your computer. Power should not be applied at this time. 3. The Found New Hardware wizard should pop up and ask how you would like to install the drivers. 4. Select the option that allows you to search for the drivers yourself and select Next. 5. Using the Browse button, find the unzipped folder that contains the USB drivers and highlight it. The folder name convention should follow the format WxT_USB_LINK. lick Next. 6. You will get a pop up window stating that the drivers are not signed by Windows. Select ontinue Anyway. 7. Windows will grab and install the correct drivers from the folder. 8. DO NOT UNPLUG THE USB ABLE YET. This installation process (STEP 3-7) will be prompted TWIE AND THE PREVIOUS STEPS SHOULD BE OMPLETED AGAIN. 9. The drivers should now be installed. Step 2: Loading onfiguration Files 1. With the device connected via USB, adjust OM Port Settings to baud, 8 data bits, no parity, 1 stop bit, no flow control in Device Manager (Found under ontrol Panel>System>Hardware Tab>Device Manager button>port (OM & LPT)>Wxt_USB_LINK>Properties. 2. With power disconnected from the radio and USB connected, open Hyper Terminal and create a new connection by typing a connection name in the pop up box on the screen and hit Enter. 3. Select the OM port that the device is using along with the serial settings used for programming; , 8 data bits, no parity,1 stop bit, no flow control. Hit Enter. 4. Make sure you have a connection established by verifying the timer is counting at the bottom left corner of the window. 5. If not, click the phone with the receiver-off-the-hook icon at the top of the window. 6. Plug power into the radio. 7. A ü (u Dieresis) should appear. 8. The text menu will pop up displaying the firmware version and a selection of <u>, <d>, or <h> 9. Type u and the ENTER key for upload. NOTE: the u will NOT display when typed. 10. The Section Symbol will appear on the next line. 11. Select Transfer from the menu bar at the top of the window. 12. Select Send File from the drop down menu. 13. A browse window will popup and you need to select X Modem from the Protocol Dropdown menu. 14. Browse to the configuration file that you want and hit Send. 15. When complete, hit d ENTER to display back to you the file you just uploaded. NOTE: the d will NOT display when typed. 16. Unplug USB and cycle power. The radio is now using new settings. LonWorks Step 3: onfiguration File Parameters 1. Network: 6 digit number. Must be the same for all devices on the wireless network. 2. Key: 32 digit number. Encryption key used by all devices on a network to securely transmit data. Must be the same for all devices on the wireless network. 3. ID: Address assigned to lient radios. There may only be one lient radio per network with the same ID. This number is used by Server radios to set the maximum number of lients on the network. On Server radios, this number should be set to the maximum number of lients that are currently on the network. Do not set this number erroneously high. Site Survey mode may be entered to evaluate a new installation by setting the ID of both Server and lient to 63. This mode allows two radios to link and send test packets. A link quality on the devices front panel with allow the installer to make an accurate determination of the best antenna type and location. 4. Bit Delay: number of bits to wait for a pad byte. Pad bytes are not used by all brands. Typically, this value will never change. 5. MTU: (Maximum Transmission Units) the number of bytes allowed to accumulate in the radios buffer before the bytes are sent. This number may be adjusted lower improve response time or higher to improve overall efficiency. MTU will vary according to baud rate. This is because different baud rates require different amounts of time to send packets to the radios buffer thereby changing the available amount of time for RF transmission. 6. BR: (Baud Rate) Serial communication speed: 6=9600, 5=19200, 4=38400, 3=57600, 2=76800, 1= H: (hannel) Typically left at 00(Auto). Available channels are 01 to 12. All radios to stay on a set channel must have the same channel number. There is no intelligent channel swapping in this mode. If interference occurs data will be lost. 8. MODE: Used to assign a radio to a Server or lient. 1=Server, 3=lient 9. BT: (Bit Time) used to add 95ns padding to bytes on the serial output. This number should be set to 01 unless otherwise instructed. 10. SB: (Stop-Bits) used to add stop-bit padding to bytes on the serial output. This number should be set to 1 unless otherwise instructed. 11. TN: (Transmit Number) set to 1 unless otherwise instructed. Example onfiguration Text File Network: Key: ID: 01 Bit Delay: 07 MTU: 046 BR: 2 H: 00 MODE: 3 BT: 01 SB: 1 TN: 1 BAnet Step 3: onfiguration File Parameters 1. Network: 6 digit number. Must be the same for all devices on the wireless network. 2. Key: 32 digit number. Encryption key used by all devices on a network to securely transmit data. Must be the same for all devices on the wireless network. 3. ID: Address assigned to lient radios. There may only be one lient radio per network with the same ID. This number is used by Server radios to set the maximum number of lients on the network. On Server radios, this number should be set to the maximum number of lients that are currently on the network. Do not set this number erroneously high. Site Survey mode may be entered to evaluate a new installation by setting the ID of both Server and lient to 63. This mode allows two radios to link and send test packets. A link quality on the devices front panel with allow the installer to make an accurate determination of the best antenna type and location. 4. Bit Delay: number of bits to wait for a pad byte. Pad bytes are not used by all brands. Typically, this value will never change. 5. MTU: (Maximum Transmission Units) the number of bytes allowed to accumulate in the radios buffer before the bytes are sent. This number may be adjusted lower improve response time or higher to improve overall efficiency. MTU will vary according to baud rate. This is because different baud rates require different amounts of time to send packets to the radios buffer thereby changing the available amount of time for RF transmission. 6. KO: (Knock Out) -- buffer clearing mechanism expressed in bit times. If the radio loses power or is interrupted in the middle of a packet, the incomplete packet will only remain in the buffer for this amount of bit time. This number is typically left unchanged 7. BR: (Baud Rate) Serial communication speed: 6=9600, 5=19200, 4=38400, 3=57600, 2=76800, 1= H: (hannel) Typically left at 00(Auto). Available channels are 01 to 12. All radios to stay on a set channel must have the same channel number. There is no intelligent channel swapping in this mode. If interference occurs data will be lost. 9. MODE: Used to assign a radio to a Server or lient. 1=Server, 3=lient 10. BT: (Bit Time) used to add 95ns padding to bytes on the serial output. This number should be set to 01 unless otherwise instructed. 11. SB: (Stop-Bits) used to add stop-bit padding to bytes on the serial output. This number should be set to 1 unless otherwise instructed. 12. TN: (Transmit Number) set to 1 unless otherwise instructed. Example onfiguration Text File Network: Key: ID: 01 Bit Delay: 07 MTU: 046 KO: 20 BR: 2 H: 00 MODE: 3 BT: 01 SB: 1 TN: Functional Devices, Inc. : American Made. American Owned.