UNIT A 8-30VDC 8-28VAC POWER V IN3 IN4 COM1/2 NO3 NO4 IN1 IN2 GND NO1 NO2 COM3/4 ANY 8-28VAC OR 8-30VDC POWER ADAPTER (SOLD SEPARATELY)

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Sharyl Newton
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1 (sold pre-paired) Installation Guide Industrial Wireless ZigBee Relay ILLUMRA Relay Receivers should NOT be installed in a location where the unit will be in close proximity to the light bulb(s) or other sources of heat, such as above a ceiling hugger fixture, particularly with higher wattage loads. (See Operating Temperature on specifications table.) Exceeding the voltage or current ratings of the IWR will void the warranty and may damage the unit. For optimal radio performance do not mount or place receivers close to the floor or inside a metal housing. Step 1: Connect the power supply to the power terminals of the Industrial Wireless Relay (IWR). Step 2: Reference the IWR Wiring Diagram (Figure A) for appropriate wiring. Step 3: Review and adjust jumper locations (Figure B) as necessary. The jumpers are located inside the device and are accessed by removing the four screws securing the cover. The jumpers are set at the factory in the most common configuration, but can be customized in the field to suit a wide variety of wiring scenarios, including solar powered applications. Diagrams Figure INDUSTRIAL A: Network Diagram RELAY Overview UNIT A 1 MILE UNIT B The Industrial Wireless Relay (IWR) provides long range control I/O devices (such as lights, switches, sensors, pumps, fans, PLCs, etc.). Control inputs are compatible with either dry contacts or DC signal voltages, logic signals, etc. In an ILLUMRA Hybrid: EnOcean + ZigBee system, the IWR is connected to ILLUMRA 4 Channel Low Voltage Relay Receivers (E3R-R04FP-4). Compatible Devices Any Low Voltage Wiring Device Most Wired Sensors Most Load Types Components Included The following items are included with this product: (2) ILLUMRA Industrial Wireless ZigBee Relay ANY 8-28VAC OR 8-30VDC (SOLD SEPARATELY) 8-30VDC 8-28VAC V IN3 IN4 COM1/2 NO3 NO4 IN1 IN2 GND NO1 NO2 COM3/4 ANY LOAD (FLASHLIGHT BULBS SHOWN). LD-1A ANY 8-28VAC OR 8-30VDC (SOLD SEPARATELY) 8-30VDC 8-28VAC V IN3 IN4 COM1/2 NO3 NO4 IN1 IN2 GND NO1 NO2 COM3/4 ANY LOAD (FLASHLIGHT BULBS SHOWN). LD-1B Required Power Supply (Not Included) Power Pack w/ Relay (NWO-R12-R27NP) 120, 220, or 277VAC. Outputs 24VDC Wall Adapter (NWO-P9VPG). Output 9VDC Any 8-28VAC or 8-30VDC Power Adapter Optional Accessories 2.4 GHz - 7dbi gain WiFi Antenna (articulating joint) Part # A24-7ACRSM Non-metallic NEMA Enclosure for weather-proofing DRY CONTACTS (OR DC S, SEE NOTE 1) ACTIVATE THE INPUTS. SW-1A SW-2A SW-3A * SW-4A LD-2A LD-3A LD-4A DRY CONTACTS (OR DC S, SEE NOTE 1) ACTIVATE THE INPUTS. SW-1B ** SW-2B SW-3B SW-4B LD-2B LD-3B LD-4B Installation To install the Industrial Wireless Relay (IWR), follow the directions below. See wiring diagrams for installation examples. CAUTION/NOTES: Always follow local electrical codes when installing this device. Installation should be performed by a qualified electrician. ILLUMRA IWR s are intended only for use indoors, in dry locations, and with permanently installed fixtures. NOTE 1. IF AN INPUT IS ACTIVATED WITH A DC, CONNECT THE NEGATIVE SIDE TO GND (LOCATED BETWEEN IN3 AND IN4) AND CONNECT THE POSITIVE SIDE TO THE INPUT (IN1, IN2, IN3, OR IN4). REVERSE POLARITY MAY CAUSE DAMAGE TO THE UNIT. NOTE 2: INTERNAL JUMPERS AL USER TO CONFIGURE EACH DEVICE. SEE JUMPER TABLE IN USER MANUAL. OUTPUTS ON "UNIT A" ARE LED BY CORRESPONDING INPUTS ON "UNIT B". **NOTE: LD-2A IS ON, BECAUSE INPUT 2 ON "UNIT B" IS ACTIVATED BY SW-2B. OUTPUTS ON "UNIT B" ARE LED BY CORRESPONDING INPUTS ON "UNIT A". *NOTE: LD-4B IS ON, BECAUSE INPUT 4 ON "UNIT A" IS ACTIVATED BY SW-4A.

2 Figure B: Default Jumper Location and Table P4 internal 3.3VDC regulated supply and external 3.3VDC supply EXT. INT. (default) Device uses a ground provided externally. Device MUST be powered from a REGULATED VDC supply! Correct polarity MUST be observed! Device can be powered from any external 8-30VDC or 8-28VAC supply. Polarity insensitive Use extreme caution in this position. If the supply voltage exceeds 3.3VDC, the device will be damaged! Useful in battery/solar powered installations where minimum quiescent current is a requirement. P3 must also be in EXT. GND position. Polarity of regulated 3.3VDC power must be applied properly or damage will result (see wiring diagram). Normally, this position is used. P5 P6 P7 P8 internal pull-up or pull-down on input 1, 2, 3, or 4 (respectively) PULL-UP PULL-DOWN (default) Pulls-up input Pulls-down input. Connect dry contact GND and IN1. Alternatively, the input can be driven with a DC voltage in the range 0-1VDC (TTL and CMOS compatible). Connect dry contact +3.3V and IN1. Alternatively, the input can be driven with a DC voltage in the range 3-30VDC (TTL and CMOS compatible). JUMPER PURPOSE POSITIONS FUNCTION NOTES, CAUTIONS, WARNINGS GND (default) enabled are enabled all the time and will illuminate when and input/output is active P1 Enable / disable LED indicators LED Not Installed disabled disconnected are disabled, but will briefly illuminate during radio transmissions LED indicator will never illuminate, which is useful in applications where minimum power consumption is desired (i.e. battery-powered / solar-powered installations). P2 Reserved for future use Not installed Not installed Reserved for future use Reserved for future use P3 internal ground and external ground EXT. GND Device uses a ground provided externally. Device MUST be powered from a REGULATED VDC supply! Correct polarity MUST be observed! Use extreme caution in this position. If the supply voltage exceeds 3.3VDC, the device will be damaged! Useful in battery/solar powered installations where minimum quiescent current is a requirement. P4 must also be in EXT. position. Polarity of regulated 3.3VDC power must be applied properly or damage will result (see wiring diagram). INT. GND (default) Device uses its own internal ground. Polarity insensitive Normally, this position is used. 2

3 Figure C: Long Range Egress Lighting w/ 15 Minute Auto Off Timer Figure D: Long Range Gate Motion Control EGRESS LIGHTING WITH 15 MIN. AUTO-OFF TIMER AC 120V AC OUT 3 OUT 2 OUT 1 ON IN 1 GND VCC E3R-MICFP-13 S 1 MILE LINE-0F-SIGHT LINE-OF-SIGHT AC 120V OUT BUILDING #1 AC SWITCH ON AC 120V OUT BUILDING #2 AC ON BREAKER PANEL BREAKER PANEL BREAKER PANEL OUT BUILDING #1 OUT BUILDING #2 LY LIGHTS USING MOTION SENSOR MOUNTED NEAR THE GATE TO THE PROPERTY. MOUNTS NEAR GATE ON AC 277V AC 120V AC OPTIONAL SECONDARY LIGHT FIXTURE NEAR GATE MOUNTS ON AC 277V AC 120V AC IN OUT BUILDING #1 IN OUT BUILDING #2 AC AC SWITCHED OUTPUT OPTIONAL WIRELES LOCAL SWITCH MOTION SENSOR MOUNTED NEAR THE ENTRANCE GATE TURNS ON A LIGHT AT THE GATE, WHICH TRIGGERS SYSTEM TO SEND A TO THE, WHERE LIGHT(S) MOUTED IN THE ALSO TURN ON. E3R-R12-5IBBP ANY INTEGRATED LIGHT OPTIONAL WI SWITCH AT ALS LIGHTS FIXTURE / MOTION SENSOR TO TO BE TURNED ON LOCALLY. TO TURN LIGHT OFF, LOCAL SWITCH AND MOTION BREAKER PANEL #2 NEAR GATE SENSOR MUST BOTH BE OFF. OPTIONAL SWITCH AT ALS LIGHTS IN MAIN BUILDING TO TO BE TURNED ON LOCALLY. TO TURN LIGHT OFF, LOCAL SWITCH AND MOTION SENSOR MUST BOTH BE OFF. COM. 1 MILE ON AC 277V AC 120V AC OPTIONAL WI LOCAL SWITCH OFF 3

4 Figure E: 8 Long Range Wireless Control of Lighted Sign Figure F: Wireless Control of Lights in Out Building LY A REMOTE LOAD, SUCH AS A LIGHTED SIGN MOUNTS IN REMOTE LOCATION MOUNTS NEAR LIGHTED SIGN ON WALL WART SUPPLY PLUGS INTO A SWITCHED OUTLET. WHEN THE OUTLET IS ON, THE LIGHTED SIGN WILL BE ON. WHEN THE OUTLET IS OFF, THE LIGHTED SIGN WILL BE OFF. AC 277V AC 120V AC REMOTE LOAD / LIGHTED SIGN A NO1 COM1/2 IN1 CONNECTED TO +3.3V LIGHTS IN OUT BUILDING WITH SYSTEM E3T-S2AWH MOUNTS E3R-R04FP-4 R1 R2 R3 R4 MOUNTS IN OUT BUILDING NWO-2401B-NP SWITCHES LV MOUNTS / HV / BATTERY FREE LIGHT SWITCHES THE LIGHTS IN TWO ZONES IN THE OUT BUILDING FROM TWO LOCATIONS WITHIN THE. THE LIGHTS IN THE OUT BUILDING CAN ALSO BE LED FROM WITHIN THE OUT BUILDING USING BATTERY-FREE LIGHT SWITCHES ORANGE OUT BUILDING AC AC AC AC NWO-2401B-NP LV / HV / E3R-R12-5IBBP ORANGE E3R-R12-5IBBP OUT BUILDING 4

5 Figure G: Long Range Control of Tennis Court Lights from Pro-shop with Local Contactors TENNIS COURT #1 TENNIS COURT #2 TENNIS COURT #3 TENNIS COURT #4 Specifications MOUNTS IN PANEL NEAR COURTS Range, Typical Operating Frequency Transmit Power Power Supply Input Rating Relay Output Rating up to 1 mile (RF line-of-sight) w/ optional high gain antenna up to 1,000 ft. (Residential) up to 300 ft. (urban/industrial) 2.4 GHz (DSSS - Direct Sequence Spread Spectrum) 60mW (100mW EIRP w/ included antenna) 8-30 VDC, 8-28 VAC (3.3 V option available see installation guide) 4 Each: 2A, 0-30 VAC or VDC, Form A (normally open, SPST) Interface 4 Each: Inputs - dry or wet contact. Outputs - dry contact (see installation guide) Typical Latency 5 ms (input to output units) AC 277V AC 120V AC AC 277V AC 120V AC AC 277V AC 120V AC AC 277V AC 120V AC Polling Update Rate Receiver Timeout Typical Supply Current 1 second 10 seconds (if connection is lost for this long, all relays will open) 18 ma min, 120 ma max LIGHTS ON TENNIS COURTS WITH SYSTEM E3T-S2AWH MOUNTS IN PRO-SHOP MOUNTS IN PANEL NEAR COURTS E3R-R04FP-4 R1 R2 R3 R4 MOUNTS IN PANEL NEAR COURTS SWITCHES ON MOUNTS IN PRO-SHOP BATTERY FREE LIGHT SWITCHES THE LIGHTS ON EACH OF FOUR TENNIS COURTS FROM WITHIN THE PRO SHOP. SWTICHES ARE MOUNTED NEAR THE SALES COUNTER IN THE PRO SHOP. ON ON ON Operating Temperature Storage Temperature Dimensions Radio Certifications Warranty Please refer to for updated warranty information -22 F to 140 F (-30 C to 60 C) -40 F to 140 F (-40 C to 60 C) 4.2 (W) x 2.8 (H) x (D) or 10.7cm x 7.2cm x 2.9cm FCC: OUR-XBEEPRO, IC: 4214A-XBEEPRO This device or certain aspects thereof is protected by at least one U.S. or international patent or has at least one such patent application pending. ILLUMRA is a trademark of Ad Hoc Electronics, LLC. Other trademarks herein are the property of their respective owners. 5

SF Series. 900 MHz Wireless Switch Follower/Remote Control Receiver (with On-Board 10-Amp Relays) Typical Applications

SF Series. 900 MHz Wireless Switch Follower/Remote Control Receiver (with On-Board 10-Amp Relays) Typical Applications Long Range Wireless Applications 900 MHz Wireless Switch Follower/Remote Control Receiver (with On-Board 10-Amp Relays) The switch followers are a two way system designed to provide a quick and cost effective