OE & OE Digital Room Sensor

Transcription

1 The OE217 series of Touch Screen Digital Room Sensors are used to sense Space Temperature only or Space Temperature & Space Humidity. The OE is a Space Temperature Sensor only and the OE is a combination Space Temperature & Space Humidity Sensor. Both are used with the VCM-X E-BUS Controller. OE & OE Digital Room Sensors Besides sensing Temperature & Humidity, the Digital Room Sensors also provide these other useful features: User Friendly Graphical LCD Display with LED Backlight Display the Current Space and Outdoor Air Temperature Display the Current Space Humidity and Outdoor Air Relative Humidity (OE Model Only) Display the current Zone Setpoint Temperature Equipped With Push Buttons for Changing the Zone Setpoint Temperature Equipped With an Override Button for Forcing the VCM-X E-BUS Controller into Occupied Operation from Unoccupied Operation Provides graphics to indicate the mode of operation Provides LEDs to indicate Schedule Override, Button Push, and Alarms Both sensors connect to the controllers using TSDRSC modular cables of multiple lengths connected between the controller and the sensor. The TSDRSC modular cables should not run in conduit with other AC line voltage wiring or with any conductors carrying highly inductive loads. Mounting The Digital Room Sensor is designed to be mounted to a vertical, 2 x 4 electrical box recessed in the wall. If the wall cannot be penetrated, a plastic surface mount box such as those made by Wiremold TM, may be used to mount the sensor to the wall surface. The Sensor is mounted by removing the front cover and fastening the housing base to the electrical box using the supplied (2) 6/32 x 1 machine screws. The Modular cable is then plugged into the phone jack located on the circuit board that is mounted on the cover. The cover is then placed onto the housing base and the Allen Screw on the bottom of the base is adjusted to hold the cover in place. Sensor Element Sensor Reading Range Ambient Temperature Limits Accuracy Three Year Warranty Type III Thermistor 10k 77 F Digital Sensing Device 40 F to 120 F RH = 0-100% OE & OE Digital Room Sensor Display 112 x 64 Monochrome Graphical LCD w/led Backlight Connection RJ-45 Modular Female Jack -40 F to 180 F Weight 3.2 oz. RH +/- 3%, Temp +/-.8 F AAON reserves the right to change specifications without notice. Form: ORION-OE DigitalRoomSensor-1G.doc Page 1 of 1

2 TSDRSC-XX Digital Sensor Cable The TSDRSC Cables are used to connect power and communications between the WattMaster Digital Room Sensor or Digital CO 2 Sensor and the VCM-X Controller or VAV/Zone Controller. The TSDRSC Cables are prefabricated plenum-rated cables with RJ- 45 Connectors on both ends of the cable for connection between the Digital Room Sensor, Digital CO 2 Sensor, and the VCM-X or VAV/Zone Controller. The TSDRSC Cables are labeled near each end with the cable part number. The TSDRSC Cables are available in 5, 10, 15, 25, 40, 80, 120 & 160 feet lengths. These lengths should satisfy most job requirements. For length requirements other than those listed, the MS Modular Room Sensor Cable Coupler can be used to connect two of the TSDRSC Cables together to provide for your specific-length requirements. The plug-in design of the TSDRSC Cables eliminates costly wiring errors and makes system installation easy. The cable components are all UL approved. TSDRSC Cable Available Lengths and Part Numbers TSDRSC-5 (5 Ft.) TSDRSC-10 (10 Ft.) TSDRSC-15 (15 Ft.) TSDRSC-25 (25 Ft.) TSDRSC-40 (40 Ft.) TSDRSC-80 (80 Ft.) TSDRSC-120 (120 Ft.) TSDRSC-160 (160 Ft.) Current Rating of Cable Wire TSDRSC Digital Sensor Cables 24 AWG Wire = Amps (Maximum Amps For Power Transmission) Cable Type Plenum-rated Wire Colors Brown, Blue, White W/ Blue Stripe, White W/ Brown Stripe, Orange, White W/ Orange Stripe, Green, White W/ Green Stripe Wire Size 24 AWG Stranded 8 Conductor UL Listing No. CMP-UL As Per UL 910 Terminations Three Year Warranty (2) RJ-45 Connectors Cable Sheath Color Gray WattMaster reserves the right to change specifications without notice Form: ORION-ModularCable-TSDRSC-1A.doc Page 1 of 1

3 The OE217 series of Touch Screen E-BUS Digital Room Sensors are used to sense Space Temperature only or Space Temperature & Space Humidity. The OE model is the Space Temperature Sensor only model and can be used with the VCCX2 Controller, VCC-X Controller or VCB-X Controller and the VAV/Zone Controller. The OE is a combination Space Temperature & Space Humidity Sensor model and can only be used with the VCCX2, VCC-X or VCB-X Controller. Besides sensing Temperature & Humidity, the E-BUS Digital Room Sensors also provide these other useful features: User Friendly Graphical LCD Display with LED Backlight Display the Current Space and Outdoor Air Temperature Display the Current Space Humidity and Outdoor Air Relative Humidity (OE Model Only) Display the current Zone Setpoint Temperature Equipped With Push Buttons for Changing the Zone Setpoint Temperature Equipped With an Override Button for Forcing the VAV/Zone Controller or VCB-X Controller into Occupied Operation from Unoccupied Operation Provides graphics to indicate the mode of operation Provides LEDs to indicate Schedule Override, Button Push, and Alarms OE & OE E-BUS Digital Room Sensors Both sensors connect to the controllers using E-BUS cables of multiple lengths connected between the controller and the sensor. The E-BUS cables should not run in conduit with other AC line voltage wiring or with any conductors carrying highly inductive loads. Mounting The Digital Room Sensor is designed to be mounted to a vertical, 2 x 4 electrical box recessed in the wall. If the wall cannot be penetrated, a plastic surface mount box such as those made by Wiremold TM, may be used to mount the sensor to the wall surface. The Sensor is mounted by removing the front cover and fastening the housing base to the electrical box using the supplied (2) 6/32 x 1 machine screws. The E-BUS cable is then plugged into the E-BUS connector located on the circuit board that is mounted on the cover. The cover is then placed onto the housing base and the Allen Screw on the bottom of the base is adjusted to hold the cover in place. An additional cover plate is provided in case the sheet rock cut-out is too large to be covered by the regular back plate. Sensor Element Sensor Reading Range Ambient Temperature Limits Accuracy Three Year Warranty Type III Thermistor 10k 77 F Digital Sensing Device 40 F to 120 F RH = 0-100% OE & OE E-BUS Digital Room Sensor Display 112 x 64 Monochrome Graphical LCD w/led Backlight Connection E-BUS -40 F to 180 F Weight 3.2 oz. RH +/- 3%, Temp +/-.8 F AAON reserves the right to change specifications without notice. Form: ORION-OE EBUS-DRS-1C.doc Page 1 of 1

4 SHLD -COM GND +12Vdc OE E-BUS Digital Room Sensor The OE E-BUS Digital Room Space & Humidity Sensor is used to sense Space Temperature & Space Humidity. The E-BUS Digital Room Sensor can be used with the VCCX2 or VCB-X Controller The E-BUS Digital Room Sensor connects to the controller using E-BUS cables of multiple lengths connected between the controller and the sensor. The E-BUS cables should not run in conduit with other AC line voltage wiring or with any conductors carrying highly inductive loads Mounting The E-BUS Digital Room Sensor is designed to be mounted to a vertical, 2 x 4 electrical box recessed in the wall. If the wall cannot be penetrated, a plastic surface mount box such as those made by Wiremold TM, may be used to mount the sensor to the wall surface. The Sensor is mounted by removing the front cover and fastening the housing base to the electrical box using the supplied (2) 6/32 x 1 machine screws. The E-BUS cable is then plugged into the E- BUS connector located on the circuit board that is mounted on the cover. The cover is then placed onto the housing base and the Allen Screw on the bottom of the base is adjusted to hold the cover in place. E-BUS Cable Connection 1.87 Remote Thermistor Sensor Connector Front View MICROCHIP PIC24HJ 256GP206 Cover Set Screw Side View Back View Sensor Element Sensor Reading Range Ambient Temperature Limits Three Year Warranty Digital Capacitive Sensing Device 40 F to 120 F RH = 0-100% Accuracy Connection OE E-BUS Digital Room Sensor RH +/- 3%, Temp +/-.8 F E-BUS -40 F to 180 F Weight 3.2 oz. AAON reserves the right to change specifications without notice. Form: ORION-OE EBUS-DRS-1B.doc Page 1 of 1

5 BK Sensor Mounting Plate The BK00081 Sensor Mounting Plate is used, if necessary, to cover the Sensor sheet rock opening. It is provided with the following Sensors: OE Digital Room Temperature Sensor OE Digital Room Temperature and Humidity Sensor OE E-BUS Digital Room Temperature Sensor OE E-BUS Digital Room Temperature and Humidity Sensor OE E-BUS Digital Room Temperature Sensor (No LCD Display) OE Wall Mounted CO 2 Sensor OE E-BUS Wall Mounted CO 2 Sensor Mounting The Mounting Plate screws onto the back of the Sensor s housing base. The mounting plate is then mounted and covers the recessed space in the wall. A locking screw secures the Sensor to the wall. Form: ORION-BK Sensor-Mounting-Plate-1A.doc Page 1 of 1

6 MS E-BUS Adapter Hub The MS E-BUS Adapter Hub is used to provide a connection point for multiple E- BUS Sensors or Modules. This E- BUS Adapter Hub has four ports. One port is used to connect the Hub to an E-BUS Expansion Port on the VCB-X Controller or a VCB-X Expansion Module using EBC E-BUS cables. This leaves three ports available for E-BUS Sensors and other Modules. The EBC Cables are plenum-rated high flex wire cables with an EBC Connector on each end of the cable for connection between the Sensors, Modules, and the VCB-X Controller AMP ADAPTER HUB RIGHT END VIEW ADAPTER HUB TOP VIEW ADAPTER HUB SIDE VIEW ADAPTER HUB LEFT END VIEW MS E-BUS ADAPTER HUB Terminations Hub - (4) EBC Connectors Three Year Warranty MS E-BUS Adapter Hub WattMaster reserves the right to change specifications without notice. Form: AAON-MS E-BUS-Adapter-1A.doc Page 1 of 1

7 HZ-EBC E-BUS Adapter Hub with 1.5 Ft. EBC Cable The HZ-EBC-248 (AAON Part No. V17180) is comprised of the MS E-BUS Adapter Hub and a 1.5 Foot EBC Cable (Part No. EBC-1.5F). The E-BUS Adapter Hub is used to provide a connection point for multiple E-BUS Sensors or Modules. This E-BUS Adapter Hub has four ports. One port is used to connect the Hub to an E-BUS Expansion Port on the VCB-X Controller or a VCB-X Expansion Module using the supplied EBC- 1.5F cable. This leaves three ports available for E-BUS Sensors and other Modules. The EBC Cable is a plenum-rated high flex cable with EBC Connectors on each end of the cable for connection between the Sensors, Modules, and the VCB-X Controller. EBC E-BUS Cable Available Length and Part Number EBC-1.5F (1.5 Foot) HZ-EBC-248 E-BUS Adapter Hub with 1.5 Ft. EBC Cable Current Rating of Cable Wire 300 Vrms Min = Ohms per Deg Celsius, Nominal Cable Type Plenum-rated High Flex Wire Wire Colors Red/Black First Pair; White/Blue Second Pair Wire Size 19 Strands of 32 Gage Wire, 4 UL Listing No. CMP/CL3P/FPLP Conductor Terminations Hub - (4) EBC Connectors Cable 2 EBC Connectors Cable Sheath Color White, Plenum Rated CL3P/CMP with WATTMASTER EBUS marking every foot. Three Year Warranty WattMaster reserves the right to change specifications without notice Form: AAON-HZ-EBC-248-E-BUS-Adapter-1A.doc Page 1 of 1

8 OE EBA-A - E-BUS Adapter Board The OE EBA-A E-BUS Adapter Board is used to provide a connection point for multiple E- BUS Sensors or Modules The E-BUS Adapter Board is also used for connecting an EBTRON GTC-116 Airflow Measurement Digital Transmitter or a Green- Trol TM GA-200-N Transmitter Module with GF Series Airflow Monitoring Station to the VCM-X E-BUS Modular Controller*, RNE Controller*, or VCB-X Controller. P1 J1 P2 J2 MODULAR EBUS J3 YS REV 0 MADE IN USA MSTP EBUS R+ SH T- R+ SH T You must wire the EBTRON or GreenTrol TM Airflow Measurement Digital Transmitter to this Adapter Board. Up to (3) EBTRON or GreenTrol TM Airflow Measurement Digital Transmitters can be attached to the Adapter Board when using the VCM-X E-BUS Controller or RNE Controller and up to (4) EBTRON or GreenTrol TM Airflow Measurement Digital Transmitters can be attached to the Adapter Board when using the VCB-X Controller. The E-BUS Adapter Board has (3) HSSC Connections. One of these E-BUS ports is used to connect the Board to the E-BUS Port on the VCM-X E-BUS Controller or RNE Controller using an HSSC E- BUS cable. The E-BUS Adapter Board also has (4) Modular E-BUS ports. One of these Modular E-BUS ports is used to connect the Board to the E-BUS Port on the VCB-X Controller. The EBUS Adapter Board also has (2) MSTP E-BUS Connections. The AirFlow Monitoring Station(s) connect to one of the MSTP E-BUS Connections. *NOTE: With custom VCM-X software, the Paragon MicroTrans EQ series Air Flow Monitoring Station can be used and would wire into the E-BUS Adapter Board the same way. Terminations Three Year Warranty (4) EBC Connections (2) MSTP E-BUS Connections (3) HSSC Connections OE EBA-A E-BUS Adapter Board WattMaster reserves the right to change specifications without notice. EBTRON is a registered trademark of Ebtron, Inc., Loris, SC. GreenTrol TM is a registered trademark of GreenTrol Automation, Inc. Loris, SC. Paragon is a registered trademark of Paragon Controls, Inc. Santa Rosa, CA Form: ORION-OE EBA-A-E-BUS-Adapter-Board-1C.doc Page 1 of 1

9 EBC-XXXF EBC E-BUS Cables The EBC E-BUS Cables are used to connect power and communications between the VCB-X Controller, VCB-X Expansion Module, E-BUS Modules, and E-BUS Sensors. The EBC E-BUS Cables are plenumrated high flex wire cables with an EBC Connector on each end of the cable. The EBC E-BUS Cables are labeled with WATTMASTER E-BUS marking every foot. The EBC E-BUS Cables are available in 1, 1.5, 3, 10, 15, 25, 50, 75, 100, 150, and 250 foot lengths and additionally a 1000 foot long spool. These lengths should satisfy most job requirements. For length requirements other than those listed, the MS E-BUS Adapter Hub can be used to connect EBC E-BUS Cables together to provide for your specific-length requirements. The plug-in design of the EBC E-BUS Cables eliminates costly wiring errors and makes system installation easy. The cable components are all UL approved M EBC-XXF "WATTMASTER EBUS" "WATTMASTER EBUS" EBC- XX F M CABLE SIDE VIEW Length in Feet EBC E-BUS Cable Available Lengths and Part Numbers EBC-1-F (1 Foot) EBC-1.5-F (1.5 Foot) EBC-3-F (3 Foot) EBC-25-F (25 Foot) EBC-50-F (50 Foot) EBC-75-F (75 Foot) EBC-100-F (100 Foot) EBC-150-F (150 Foot) EBC-250-F (250 Foot) EBC-SPOOL-F (1000 Foot Spool) Current Rating of Cable Wire EBC-XXF E-BUS CABLE EBC-XXXF EBC E-BUS Cables 300 Vrms Min = Ohms per Deg Celsius, Nominal Cable Type Plenum-rated High Flex Wire Wire Colors Red/Black First Pair; White/Blue Second Pair Wire Size 19 Strands of 32 Gage Wire, 4 UL Listing No. CMP/CL3P/FPLP Conductor Terminations Cable 2 EBC Connectors Cable Sheath Color White, Plenum Rated CL3P/CMP with WATTMASTER EBUS marking every foot. Three Year Warranty WattMaster reserves the right to change specifications without notice Form: ORION-EBC-XXXF-E-BUS-Cable-1B.doc Page 1 of 1

10 THERM1 YS REV 0 PJ1 R2 R1 The patented design, OE21x-02 series Modular Room Sensor provides accurate sensing of the room temperature. Its design allows for flush wall mounting yet rejects the influence of surface and internal wall temperatures. The Modular Room Sensor is used in conjunction with the Orion VAV/Zone Controller. Connection between the VAV/Zone Controller board and the Modular Room Sensor is by means of an RJ-45 Modular Cable. The Modular Room Sensor cannot be used for connection to the VCM- X controller. For these applications the Standard Room Sensor must be used. Please see the Orion Standard Room Sensor submittal sheet for information. Sensors provided with the setpoint adjustment option can be programmed to allow a temperature range adjustment of ± 6 F from their standard setpoint. Sensors provided with the pushbutton override option can be programmed to provide a timed override duration of up to 8.0 hours. The Room Sensor s attractive styling and off white casing color make it suitable for most building decors. If interior decoration requires, the Modular Room Sensor casing can also be painted or wall papered without affecting the sensor's performance. Modular Room Sensors are available in 4 different configurations: OE210-02, , , Modular Room Sensors W A R M E R C O O L E R 2.00 MODULAR SENSOR " Wall Cut-Out Dimensions When Sensor Is To Be Mounted Without Handy Box (By Others) OE Sensor Plain OE Sensor with Override OE Sensor with Setpoint Adjustment OE Sensor with Setpoint Adjustment and Override Modular cable from the VAV/Zone Controller to the Modular Room Sensor should not be run in conduit with other AC line voltage wiring, or with any conductors carrying highly inductive loads. Mounting The Room Sensors are designed to be mounted on a vertical, 2 x 4 electrical box recessed in the wall. If the wall cannot be penetrated, a plastic surface mount box such as those made by Wiremold, may be used to mount the sensor to the wall surface. OE210-02, OE211-02, OE212-02, OE Modular Room Sensor Sensor Element Type III Thermistor 10k 77º F Mounting Designed to be Flush Mounted to Wall using Vertical 2 x 4 Handy Box (by others) Accuracy 0.4º F between 40º F to 95º F Connection RJ-45 Modular Female Jack Range -30º F to 150º F Weight 4 oz. 3 Year Warranty WattMaster reserves the right to change specifications without notice Form: ORION-ModularRoomSensor-1F.doc Page 1 of 1

11 FMRSC-XX Modular Room Sensor Cable The FMRSC Cables are used to connect power and communications between the Modular Room Sensor and the Orion VAV/Zone Controller. The FMRSC Cables are prefabricated plenum-rated cables with RJ- 45 Connectors on both ends of the cable for connection between the Modular Room Sensor and the Orion VAV/Zone Controller. The FMRSC Cables are labeled near each end with the cable part number. The FMRSC Cables are available in 5, 10, 25, 40 and 80 feet lengths. These lengths should satisfy most job requirements. For length requirements outside of this range, the MS Modular Room Sensor Cable Coupler can be used to connect two of the FMRSC Cables together to provide for your specificlength requirements. Not more than one coupler should be used on a run. Maximum run is 160 feet. The plug-in design of the FMRSC Cables eliminates costly wiring errors and makes system installation easy. The cable components are UL approved. FMRSC Cable Available Lengths and Part Numbers FMRSC-5 (5 Ft.) FMRSC-10 (10 Ft.) FMRSC-25 (25 Ft.) FMRSC-40 (40 Ft.) FMRSC-80 (80 Ft.) Current Rating of Cable Wire FMRSC Modular Sensor Cables 24 AWG Wire = Amps (Maximum Amps For Power Transmission) Cable Type Plenum-rated Wire Colors White W/ Green Stripe, Green W/ White Stripe, White W/ Orange Stripe, Orange W/ White Stripe, White W/ Blue Stripe, Blue W/ White Stripe Wire Size 24 AWG Stranded 6 Conductor UL Listing No. CMP-UL As Per UL 910 Terminations Three Year Warranty (2) RJ-45 Connectors Cable Sheath Color Gray WattMaster reserves the right to change specifications without notice Form: ORION-ModularCable-FMRSC-1B.doc Page 1 of 1

12 The patented design, OE21x series Standard Room Sensor provides accurate sensing of the room temperature. Its design allows for flush wall mounting yet rejects the influence of surface and internal wall temperatures. The Standard Room Sensor is used in conjunction with the Orion controllers. Wire terminals are provided on the sensor for connection to the controllers. The Standard Room Sensor cannot be used for connection to the VAV/Zone controller. For this application the Modular Room Sensor must be used. Please see the Orion Modular Room Sensor submittal sheet for information. OE210, 211, 212 & 213 Standard Room Sensors W A R M E R C O O L E R " Sensors provided with the setpoint adjustment option can be programmed to allow a temperature range adjustment of ± 6 F from their standard setpoint. Sensors provided with the pushbutton override option can be programmed to provide a timed override duration of up to 8.0 hours The Room Sensor s attractive styling and off white casing color make it suitable for most building decors. If interior decoration requires, the Room Sensor casing can also be painted or wall papered without affecting the sensor's performance. Room Sensors are available in 4 different configurations: TMP GND AUX OUT 2.75 Wall Cut-Out Dimensions When Sensor Is To Be Mounted Without Handy Box (By Others) OE210 Sensor Plain OE211 Sensor with Override OE212 Sensor with Setpoint Adjustment OE213 Sensor with Setpoint Adjustment and Override Mounting The Room Sensors are designed to be mounted on a vertical, 2 x 4 electrical box recessed in the wall. If the wall cannot be penetrated, a plastic surface mount box such as those made by Wiremold, may be used to mount the sensor to the wall surface. W A R M E R W A R M E R OVR C O O L E R OVR C O O L E R OE210 OE211 OE212 OE213 Room Sensor - Plain Room Sensor With Override Room Sensor With Setpoint Adjust Room Sensor With Setpoint Adjust & Overide OE210, OE211, OE212, OE213 Standard Room Sensor Sensor Element Type III Thermistor 10k 77º F Mounting Designed to be Flush Mounted to Wall using Vertical 2 x 4 Handy Box (by others) Accuracy 0.4º F between 40º F to 95º F Line Loss 0.25º F max. error, using 22 AWG wire at 1000 ft Range -30º F to 150º F Weight 4 oz. 3 Year Warranty WattMaster reserves the right to change specifications without notice Form: ORION-StandardRoomSensor-1D.doc Page 1 of 1

13 Duct Temperature Sensors OE230 (6" Probe) & OE231 (12" Probe) Caution! The Duct Sensor Is Used For Sensing Supply Or Return Air Temperatures. Location Of The Sensors Is Very Important In Order To Obtain Accurate Temperature Readings. The Following Recommendations Should Be Followed: Supply Air When Used As A Supply Air Sensor The Sensor Should Be Mounted In The Supply Air Duct As Close To The HVAC Unit As Possible And Upstream Of The Bypass Damper (If Used) For Best Results. For Best Accuracy, Apply Insulation On The Outside Of The Ductwork Over The Sensor. This Will Help Thermal Gradients From Affecting The Sensor. Return Air When Used As A Return Air Sensor The Sensor Should Be Mounted In The Return Air Duct As Close To The HVAC Unit As Possible And Upstream Of The Bypass Damper (If Used) For Best Results. For Best Accuracy, Apply Insulation On The Outside Of The Ductwork Over The Sensor. This Will Help Thermal Gradients From Affecting The Sensor. See The Systems Installation And Operation Manual For Other Design Considerations And Recommendations Regarding Duct Temperature Sensor Location. Thread Together Leads Are Non-polarized. Butt Splice Leads To 24 Gauge Wire Minimum. Connect Leads To "Analog In" And "Ground" At Controller. 3/4" 5-1/2" (OE230) Mounting Plate 11-1/2" (OE231) Mounting Plate Gasket 4.0" 1/4" Hex Head Sheet Metal Screws Adhesive Backed Drill Guide Mounting Template Duct Work Drill 3/8 Hole In Ductwork For Probe Temp Resistance* Voltage F Input* Temperature Sensor Resistance/Voltage Chart Temp Resistance* Voltage F Input* Temp Resistance* Voltage F Input* Temp Resistance* Voltage F Input* *Chart Notes: 1. Use the resistance column to check the thermistor sensor while disconnected from the controllers (not powered). 2. Use the voltage column to check sensors while connected to powered controllers. Read voltage with meter set on DC volts. Place the "-"(minus) lead on GND terminal and the "+"(plus) lead on the sensor input terminal being investigated. If the voltage is above 5.08 VDC, the sensor or wiring is "open." If the voltage is less than 0.05 VDC, the sensor or wiring is shorted. Technical Specifications Sensor Element: Type III Thermistor 10k 77ºF Accuracy: 0.4º F between 40º F to 95º F Range: -30º F to 150º F Notes: 1.)All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME FILENAME G-DUCSENS1.CDR DATE: 07/13/15 DRAWN BY: B. CREWS PAGE DESCRIPTION: OE230 & OE231 1 Duct Temperature Sensor

14 Gasketed Cover CAUTION! See Note Cover Mounting Screw - Typ Closure Plug CAUTION! See Note " Dia. x 0.73 Lg. Slot - Typ Mounting Tab & Screws - Typ Mounting Tab & Screw - Typ Closure Plug CAUTION! See Note 2 Incorrect Sensor Tube CAUTION! See Note 1 See Note #1 Front View Side View Back View Technical Specifications Sensor Element: Type III Thermistor 10k 77ºF Accuracy: 0.4º F between 40º F to 95º F Range: -30º F to 150º F Incorrect Correct Sensor Mounting Postion Temp Resistance* Voltage F Input* Outside Air Sensor OE250 Temperature Sensor Resistance/Voltage Chart Temp Resistance* Voltage F Input* Temp Resistance* Voltage F Input* Temp Resistance* Voltage F Input* *Chart Notes: 1. Use the resistance column to check the thermistor sensor while disconnected from the controllers (not powered). 2. Use the voltage column to check sensors while connected to powered controllers. Read voltage with meter set on DC volts. Place the "-"(minus) lead on GND terminal and the "+"(plus) lead on the sensor input terminal being investigated. If the voltage is above 5.08 VDC, then the sensor or wiring is "open." If the voltage is less than 0.05 VDC, the sensor or wiring is shorted. Notes: 1.)The Outside Air Sensor Must Be Mounted In A Vertical Position As Shown (Sensor Tube Pointing Down). Water Must Not Be Allowed To Stand In Sensor Tube. Rainwater Will Damage Sensor. Sensor Must Be Located Where It Will Not Be Affected By Direct Sunlight Or Heat Producing Equipment. If Possible Mount Under Roof Eave Or Similar Protected Location. If Sensor Is Not Located As Specified, Erroneous Outside Air Temperature Readings Will Result. 2.)Unused Conduit Opening(s) Must Have Closure Plugs Installed And Must Be Coated with Sealing Compound To Provide Raintight Seal. Water Can Damage Sensor! 3.)Gasket Must Be Installed Under Cover Plate To Provide Raintight Seal. Rainwater Can Damage Sensor! 4.)All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME FILENAME G-OE250-OAS-PDWG.CDR DATE: 07/13/15 DRAWN BY: B. CREWS PAGE DESCRIPTION: OE250 1 Outside Air Temperature Sensor

15 OE E-BUS Horizontal Outdoor Air Temperature and Humidity Sensor 2.82 The OE E-BUS Horizontal Outdoor Air Temperature and Humidity is a combination Outdoor Air Temperature and Outdoor Air Humidity sensor that connects to the VCCX2 or VCB-X Controller using an EBC E-BUS modular cable HINGED COVER SENSING TUBE FILTER This sensor is used when both Outdoor Air Temperature and Humidity are needed for the VCCX2 or VCB-X Controller to do Wetbulb or Dewpoint Economizer Control. It is also used if the VCCX2 or VCB-X Controller is used in a Make Up Air application to initiate dehumidification based on an Outdoor Air Dewpoint Setpoint. 3M E-BUS CONNECTOR FEMALE END APPROX. 3M EBC-10F "WATTMASTER EBUS" "WATTMASTER EBUS" EBC-10F M APPROX. E-BUS CONNECTOR EXTENSION CABLE WITH MALE ENDS PROVIDED WITH SENSOR Mounting A 10 foot EBC E-BUS cable (provided) plugs into the E-BUS Outdoor Air Temperature and Humidity Sensor's attached 3 foot cable and then attaches to an E-BUS Expansion port on the VCCX2 or VCB-X Controller or into another available E-BUS Expansion port. The sensor should be mounted in the upright position as shown in an area that is protected from the elements and direct sunlight. CAUTION: Be sure to mount the E-BUS Outdoor Air Temperature & Humidity Sensor in an area that is not exposed to direct sunlight. The shaded area under the HVAC unit rain hood is normally a good location. Unused conduit opening(s) must have closure plugs installed and must be coated with sealing compound to provide a rain-tight seal. Water can damage the sensor. Sensor Element Sensor Reading Range Ambient Temperature Limits Three Year Warranty Digital Capacitive Sensing Device -40 F to 185 F RH = 0-100% OE E-BUS Horizontal Outdoor Air Temperature and Humidity Sensor Accuracy RH +/- 3%, Temp +/-.8 F Connection E-BUS -40 F to 185 F Weight 2.3 oz. AAON reserves the right to change specifications without notice. Form: Orion-OE EBUS-Horiz-OA-RH-Sensor-01C Page 1 of 1

16 OE E-BUS Vertical Outdoor Air Temperature and Humidity Sensor The OE E-BUS Vertical Outdoor Air Temperature and Humidity is a combination Outdoor Air Temperature and Outdoor Air Humidity sensor that connects to the VCCX2 or VCB-X Controller using an EBC E-BUS modular cable FILTER SENSING TUBE 2.35 HINGED COVER 3.29 This sensor is used when both Outdoor Air Temperature and Humidity are needed for the VCCX2 or VCB-X Controller to do Wetbulb or Dewpoint Economizer Control. It is also used if the VCCX2 or VCB-X Controller is used in a Make Up Air application to initiate dehumidification based on an Outdoor Air Dewpoint Setpoint Mounting A 10 foot EBC E-BUS cable (provided) plugs into the E-BUS Outdoor Air Temperature and Humidity Sensor's attached 3 foot cable and then attaches to an E-BUS Expansion port on the VCCX2 or VCB-X Controller or into another available E-BUS Expansion port. The sensor should be mounted in the upright position as shown in an area that is protected from the elements and direct sunlight. 3M M E-BUS CONNECTOR FEMALE END EBC-10F "WATTMASTER EBUS" "WATTMASTER EBUS" EBC-10F APPROX APPROX M E-BUS CONNECTOR EXTENSION CABLE WITH MALE ENDS PROVIDED WITH SENSOR CAUTION: Be sure to mount the E-BUS Outdoor Air Temperature & Humidity Sensor in an area that is not exposed to direct sunlight. The shaded area under the HVAC unit rain hood is normally a good location. Unused conduit opening(s) must have closure plugs installed and must be coated with sealing compound to provide a rain-tight seal. Water can damage the sensor. OE E-BUS Vertical Outdoor Air Temperature and Humidity Sensor Sensor Element Digital Capacitive Sensing Device Accuracy RH +/- 3%, Temp +/-.8 F Sensor Reading Range -40 F to 185 F Connection E-BUS RH = 0-100% Ambient Temperature Limits -40 F to 185 F Weight 2.3 oz. Three Year Warranty AAON reserves the right to change specifications without notice. Form: Orion-OE EBUS-Vert-OA-RH-Sensor-01D Page 1 of 1

17 OE A E-BUS Return Air Temperature and Humidity Sensor 2.82 The OE A E-BUS Return Air Temperature and Humidity is a combination Return Air Temperature and Return Air Humidity sensor that connects to the VCCX2 or VCB-X Controller using an EBC E-BUS modular cable HINGED COVER SENSING TUBE FILTER This sensor is used when both Return Air Temperature and Return Air Humidity are needed for the VCCX2 or VCB-X Controller. The Return Air Humidity Sensor can be used to initiate dehumidification based on an Indoor Humidity Setpoint. E-BUS CONNECTOR FEMALE END APPROX. Mounting A 50 foot EBC E-BUS cable (provided) plugs into the E-BUS Return Air Temperature and Humidity Sensor's attached 3 foot cable and then attaches to an E-BUS Expansion port on the VCCX2 or VCB-X Controller or into another available E-BUS Expansion port. 3M M EBC-10F "WATTMASTER EBUS" "WATTMASTER EBUS" EBC-10F FEET APPROX. E-BUS CONNECTOR EXTENSION CABLE WITH MALE ENDS PROVIDED WITH SENSOR M ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE NOTED. Sensor Element Sensor Reading Range Ambient Temperature Limits Three Year Warranty Digital Capacitive Sensing Device -40 F to 185 F RH = 0-100% Accuracy Connection OE A E-BUS Return Air Temperature and Humidity Sensor RH +/- 3%, Temp +/-.8 F E-BUS -40 F to 185 F Weight 2.3 oz. AAON reserves the right to change specifications without notice. Form: ORION-OE A-EBUS-Return-RH-Sensor-01C Page 1 of 1

18 Top View Left Side View Right Side View Front View 6.70 Installation Instructions: 1.) Place The Outside Air Humidity Sensor Where It Is To Be Mounted. See Note 1 Below For Important Mounting Information And Considerations. Mark The (4) Mounting Holes. Secure The Humidity Sensor By Using The (4) #10 X 1.5" Self Tapping Screws Included With The Humidity Sensor. INCORRECT 2.) Open The Cover by Moving the Latch to the Side And Install Your Conduit Connectors. The Cover Must Always Be Opened Before Attempting To Punch Out The Knockouts. 3.) Connect The Wires To The Corresponding Sensor Wire Leads Per The Wiring Diagram On Page 2 Of This Drawing. Insert the Wires Into the Sealant Filled Connectors Provided and Crimp. Lightly Tug on the Wire to Assure a Good Mechanical Connection 4.) Close The Cover by Pushing Down Until the Latch Snaps Into Place. Be Careful Not To Pinch The Sensor Wires When Closing The Housing Cover. 5.) Verify That You Are Getting A Humidity Reading On Your Control System. Please Note That It May Take Ten To Twenty Minutes For The Sensor Reading To Stabilize Upon Initial Power Up. CORRECT Notes: 1.) The Outside Air Humidity Sensor Must Be Mounted In A Vertical Position As Shown (Sensor Tube Pointing Down). Water Must Not Be Allowed To Stand In Sensor Tube, It Will Cause Erroneous Sensor Readings. The Sensor Will Recover When It Dries Out. Sensor Must Be Located Where It Will Not Be Affected By Direct Sunlight Or Heat Producing Equipment. If Possible, Mount Under Roof Eave Or Similar Protected Location. If Sensor Is Not Located As Specified, Erroneous Outside Air Humidity Readings Will Result. 2.) Sensor's Plastic Cover Has A UL94V0 Flame Rating. 3.) Unused Conduit Opening(s) Must Not be Knocked Out to Prevent Dust or Insects From Infiltrating the Sensor Electrical Box. 4.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. INCORRECT Sensor Mounting Position JOB NAME FILE NAME G-OE265-13B-OAHUMID-1G.PDF DATE: 08/13/15 REVISED BY: S. OLSON PAGE DESCRIPTION OE BAPI 1 of 2 Outside Air Humidity Sensor 0-5 VDC

19 0-5 VDC Output Wiring (24VAC Power) CONNECT TO 24 VAC POWER Warning Be Sure To Observe Polarity Or Serious Damage To The Board Could Result 0-5VDC Terminal Label: LB Not Used VACorDC RED GND BLK 0-5V WHT SENSOR TERMINAL BLOCK Humidity Sensor RH/Voltage Chart RH Output % VDC RH Output % VDC *Chart Notes: 1. First, be sure that +24VAC power is being supplied to the sensor. Second check the sensor output. Set the meter to DC volts and connect the meter between ground and the 0-5 VDC input terminal on the controller board or between the 0-5 VDC output on the sensor and its ground wire or you can measure voltage at the 0-5 VDC and GND terminals on the sensor located at the sensor installtion location. After measuring the voltage use an accurate humidity measurement device to determine RH (relative humidity) such as an aspirating psychrometer. Use the Output VDC column to read the Output Voltage corresponding with the RH percentage measured with the psychrometer. If the measured voltage is within 3% of what is listed for the corresponding RH, then the sensor is functioning properly. Notes: 1.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME FILE NAME G-OE265-13B-OAHUMID-1G.PDF DATE: 08/13/15 DRAWN BY: B. CREWS PAGE DESCRIPTION OE BAPI 2 of 2 Outside Air Humidity Sensor 0-5 VDC

20 See Note #1 Mounting Sensor to Duct Top View Left Side View Front View Right Side View Installation Instructions: 1.) Drill a 1" Diameter Hole In The Duct Wall In the Location Where The Humidity Sensor Is To Be Mounted. Insert The Probe Of The Return Air Humidity Sensor Through The Hole. See Note 1 Below For Important Mounting Information And Considerations. Mark The (4) Mounting Holes. Secure The Humidity Sensor By Using The Four #10 X 1.5" Self Tapping Screws Included With The Humidity Sensor. 2.) Open The Cover by Moving the Latch to the Side And Install Your Conduit Connectors. The Cover Must Always Be Opened Before Attempting To Punch Out The Knockouts. 3.) Connect The Wires To The Corresponding Sensor Wire Leads Per The Wiring Diagram On Page 2 Of This Drawing. Insert the Wires Into the Sealant Filled Connectors Provided and Crimp. Lightly Tug on the Wire to Assure a Good Mechanical Connection 4.) Close The Cover by Pushing Down Until the Latch Snaps Into Place. Be Careful Not To Pinch The Sensor Wires When Closing The Housing Cover. 5.) Verify That You Are Getting A Humidity Reading On Your Control System. Please Note That It May Take Ten To Twenty Minutes For The Sensor Reading To Stabilize Upon Initial Power Up. Notes: 1.) The Sensor Should Be Mounted so that the 6" Probe is in the Center of the Return Air Duct. It Should be Mounted Away from Fans, Elbows, Heating or Cooling Coils or Other Equipment that Could Affect the Measurement of Relative Humidity. Also, the Sensor Should be Mounted in an Area that Receives Adequate Air Flow for Proper Operation. The Sensor may be Mounted Horizontally or Vertically to the Return Air Duct. See the Sensor Mounting Diagram Above. 2.) Unused Conduit Opening(s) Must Not be Knocked Out to Prevent Dust or Insects From Infiltrating the Sensor Electrical Box. 3.) The Sensor Probe Gasket Must Be Installed Between the Back of the Sensor Box and the Duct to Provide an Airtight Seal. 4.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME FILE NAME G-OE265-14B-RAHUMID-1D.PDF DATE: 08/28/07 PAGE 1 of 2 DRAWN BY: B. CREWS DESCRIPTION OE BAPI Return Air Humidity Sensor 0-5 VDC

21 0-5 VDC Output Wiring (24 VAC Power) CONNECT TO 24 VAC POWER Warning Be Sure To Observe Polarity Or Serious Damage To The Unit Could Result 0-5VDC Terminal Label: LB Not Used VACorDC RED GND BLK 0-5V WHT SENSOR TERMINAL BLOCK Humidity Sensor RH/Voltage Chart RH Output % VDC RH Output % VDC *Chart Notes: 1. First, be sure that +24VAC power is being supplied to the sensor. Second check the sensor output. Set the meter to DC volts and connect the meter between ground and the 0-5 VDC input terminal on the controller board or between the 0-5 VDC output on the sensor and its ground wire or you can measure voltage at the 0-5 VDC and GND terminals on the sensor located at the sensor installtion location. After measuring the voltage use an accurate humidity measurement device to determine RH (relative humidity) such as an aspirating psychrometer. Use the Output VDC column to read the Output Voltage corresponding with the RH percentage measured with the psychrometer. If the measured voltage is within 3% of what is listed for the corresponding RH, then the sensor is functioning properly. Notes: 1.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME FILE NAME G-OE265-14B-RAHUMID-1D.PDF DATE: 08/28/07 DRAWN BY: B. CREWS PAGE DESCRIPTION OE BAPI 2 of 2 Return Air Humidity Sensor 0-5 VDC

22 Front View Right Side View Installation Instructions: 1.) Place The SpaceHumidity Sensor Where It Is To Be Mounted. See Note 1 Below For Important Mounting Information And Considera tions. 2.) Remove The Humidity Sensor Cover By Screwing In The 2 Allen Screws That Secure It To The Base. 3.) Connect All Of The Wires From The Controller Board To The Corresponding Terminal Blocks Per The Wiring Diagram On Page 2 OfThis Drawing. 4.) Secure The Cover Onto The Base Housing By Snapping The Cover Onto The Base And Backing Out The 2 Allen Screws. 5.) Verify That You Are Getting A Humidity Reading On Your Control System. Please Note That It May Take Ten To Twenty MinutesFor The Sensor Reading To Stabilize Upon Initial Power Up. Notes: 1.) The sensor is designed to be wall mounted in rooms where appearance is important. It may be mounted directly on dry wall or on any single gang electrical outlet box with no adapters required. Toggle bolts or other direct wall mount screws can be used where conduit is not required. It includes a detachable mounting plate. The cover is secured with tamper-resistant hex screws. The sensor should be mounted approximately five feet above the floor, on an interior wall, away from any heating or cooling generating devices, and out of the sun. Plug the wireway hole to prevent false readings by air drafts within the wall. 2.) Sensor s Plastic Cover Has A UL94V0 Flame Rating. 3.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. JOB NAME DATE: 08/13/15 REVISED BY: S. OLSON FILE NAME G-OE SPHUMID-1F.PDF DATE: 08/10/15 PAGE 1 of 2 DRAWN BY: B. CREWS DESCRIPTION OE Space Humidity Sensor 0-5 VDC

23 0-5VDC Terminal Label: LB Not Used Not Used Vo Vin Gnd NOTE: RESISTOR IS NOT REQUIRED FOR CONTROLLERS 24 VAC or VDCTHAT HAVE JUMPER SELECTABLE ANALOG INPUTS. TB3 ANALOG INPUTS AI1 0-5v 0-10v AI ma THERM CONNECT TO SPECIFIED AIx TERMINAL FOR YOUR APPLICATION. SEE SPECIFIC WIRING DIAGRAM FOR YOUR APPLICATION THE PULL-UP RESISTOR FOR CORRECT (PUx) FOR THE ASSOCIATED ANALOG AIX TERMINAL TO BE USED. INPUT MUST BE REMOVED FROM THE CONTROLLER BOARD FOR THE SENSOR TO OPERATE JUMPER SELECTABLE STYLE CONTROLLER TERMINAL. SET FOR 0-5V. GND NOTE: RESISTOR IS REQUIRED FOR CONTROLLERS THAT DO NOT HAVE JUMPER SELECTABLE ANALOG INPUTS. GND CONNECT TO GROUND TERMINAL FOR YOUR ANALOG INPUT(S). Humidity Sensor RH/Voltage Chart RH Output % VDC RH Output % VDC Chart Notes 1.) First be sure that the +24 VAC power is being supplied to the sensor. Second set the meter to DC volts and connect the meter between ground and the 0-5 VDC input on the controller board or between the 0-5 VDC output terminal on the sensor and its ground terminal. Use an accurate humidity measurement device (such as an aspirating psychrometer) to determine the RH percentage (relative humidity). Use the Output VDC column on the chart to read the voltage corresponding with the RH percentage column just measured. If the measured voltage is within 3% of what is listed for the corresponding RH, the sensor is functioning correctly. If it is not you will need to replace the sensor. JOB NAME FILENAME G-OE SPHUMID-1F.CDR Notes: 1.) All Wiring To Be In Accordance With Local And National Electrical Codes And Specifications. DATE: 08/13/15 DRAWN BY: B. CREWS PAGE DESCRIPTION: OE of 2 Wall Mounted Humidity Sensor VDC

24 OE EBSE E-BUS SPACE TEMP/HUMIDITY SENSOR EMULATION BOARD OE EBSE E-BUS Space Temp/RH Sensor Emulator Board 4.2±0.15 The OE EBSE E-BUS Space Temperature and Humidity Sensor Emulator Board allows the use of separate 3 rd party space temperature and humidity sensors to emulate the WattMaster E-BUS combination Space Temperature and Humidity Sensor The board provides E-BUS-out communication to these unit controllers or to their attached E-BUS modules using the supplied 1.5 foot EBC E-BUS cable. Both the temperature and humidity sensors must be wired into this Emulator Board. The Emulator Board converts the analog signals to E-BUS. 1.5 Foot EBC E-BUS Cable The normal Space sensor override and slide adjust functions are not available when using the Emulator Board. The Emulator Board has 2 EBC E-BUS connectors, allowing it to also act as an adapter board. One port can be used to connect the Emulator Board to the controller. The other port can be used to connect to another sensor or controller. The E-BUS Sensor Emulator Board has 3 LEDs COMM LED to indicate sensor communication to the board, POWER LED to indicate that the board is powered up, and ALARM to indicate an alarm condition. OE EBSE E-BUS Space Temperature and Humidity Sensor Emulator Board Maximum Power Consumption 250 ma Operating Temperature -20ºF to 150ºF Idle Current* <5 ma Humidity Sensor Input Terminations Transmit Current* ~100 ma Temperature Sensor Input Termination 0-5 VDC 0-10 VDC 10K Ohm Type III Thermistor Module Weight without Cable 1.92 oz. Output Terminations (2) EBC E-BUS Connections +5VDC Module Weight with EBC-1.5F Cable Three Year Warranty 2.64 oz. *NOTE: Currents may vary depending on the attached sensing elements. WattMaster reserves the right to change specifications without notice Form: ORION-OE EBSE-SpcRH-1A.doc Page 1 of 1

25 OE EBSE E-BUS RETURN AIR TEMP/HUMIDITY SENSOR EMULATION BOARD OE EBSE E-BUS Return Air Temp/RH Sensor Emulator Board 4.2±0.15 The OE EBSE E-BUS Return Air Temperature and Humidity Sensor Emulator Board allows the use of 3 rd party analog return air temperature and humidity sensors to emulate the WattMaster E-BUS combination Return Air Temperature and Humidity Sensor The E-BUS Emulator Board works with the VCC-X and VCB-X Controllers. The board provides E-BUS-out communication to these unit controllers or to their attached E-BUS modules using the supplied 1.5 foot EBC E-BUS cable. Both the temperature and humidity sensors must be wired into this Emulator Board. The Emulator Board converts the analog signals to E-BUS. 1.5 Foot EBC E-BUS Cable The Emulator Board has 2 EBC E-BUS connectors, allowing it to also act as an adapter board. One port can be used to connect the Emulator Board to the controller. The other port can be used to connect to another sensor or controller. The E-BUS Sensor Emulator Board has 3 LEDs COMM LED to indicate sensor communication to the board, POWER LED to indicate that the board is powered up, and ALARM to indicate an alarm condition. OE EBSE E-BUS Return Air Temperature and Humidity Sensor Emulator Board Maximum Power Consumption 250 ma Operating Temperature -20ºF to 150ºF Idle Current* <5 ma Humidity Sensor Input Terminations Transmit Current* ~100 ma Temperature Sensor Input Termination 0-5 VDC 0-10 VDC 10K Ohm Type III Thermistor Module Weight without Cable 1.92 oz. Output Terminations (2) EBC E-BUS Connections +5VDC Module Weight with EBC-1.5F Cable Three Year Warranty 2.64 oz. *NOTE: Currents may vary depending on the attached sensing elements. WattMaster reserves the right to change specifications without notice Form: ORION-OE EBSE-RATRH-1A.doc Page 1 of 1

26 OE EBSE E-BUS OUTDOOR AIR TEMP/HUMIDITY SENSOR EMULATION BOARD OE EBSE E-BUS Outdoor Air Temp/RH Sensor Emulator Board 4.2±0.15 The OE EBSE E-BUS Outdoor Air Temperature and Humidity Sensor Emulator Board allows the use of 3 rd party analog outdoor air temperature and humidity sensors to emulate the WattMaster E-BUS combination Outdoor Air Temperature and Humidity Sensor The E-BUS Emulator Board works with the VCC-X and VCB-X Controllers. The board provides E-BUS-out communication to these unit controllers or to their attached E-BUS modules using the supplied 1.5 foot EBC E-BUS cable. Both the temperature and humidity sensors must be wired into this Emulator Board. The Emulator Board converts the analog signals to E-BUS. 1.5 Foot EBC E-BUS Cable The Emulator Board has 2 EBC E-BUS connectors, allowing it to also act as an adapter board. One port can be used to connect the Emulator Board to the controller. The other port can be used to connect to another sensor or controller. The E-BUS Sensor Emulator Board has 3 LEDs COMM LED to indicate sensor communication to the board, POWER LED to indicate that the board is powered up, and ALARM to indicate an alarm condition. OE EBSE E-BUS Outdoor Air Temperature and Humidity Sensor Emulator Board Maximum Power Consumption 250 ma Operating Temperature -20ºF to 150ºF Idle Current* <5 ma Humidity Sensor Input Terminations Transmit Current* ~100 ma Temperature Sensor Input Termination 0-5 VDC 0-10 VDC 10K Ohm Type III Thermistor Module Weight without Cable 1.92 oz. Output Terminations (2) EBC E-BUS Connections +5VDC Module Weight with EBC-1.5F Cable Three Year Warranty 2.64 oz. *NOTE: Currents may vary depending on the attached sensing elements. WattMaster reserves the right to change specifications without notice Form: ORION-OE EBSE-OATRH-1A.doc Page 1 of 1