T500 Series Non Programmable Thermostats Product/Technical Bulletin Tstat_non_programmable Tstat
User Manual: tstat_non_programmable
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FANs 216, 1628.3 Product/Technical Bulletin Issue Date T500 0899 T500 Series Non-Programmable Thermostats T500 Series Thermostats provide an economical control solution for single-stage, multi-stage, or heat pump systems. Two temperature settings can be selected, as well as heat, cool, automatic changeover, and off modes. Thermostats are available in the following types: T500HCN-1 (1 heat/1 cool), T500HPN-1 (heat pump, 3 heat, 2 cool), T500MSN-1 (2 heat/2 cool). Each thermostat is packaged with the necessary mounting hardware, and installation is simple and fast for reduced cost. Figure 1: T500 Series Non-Programmable Thermostats Features and Benefits © ! Low-Profile Design Compliments any decor ! No Batteries Required Retains programmed setpoints upon loss of power ! Lockable Access Cover and Keypad Lockout Prevents unauthorized changes ! Full Function Liquid Crystal Display (LCD) Makes controls easy to read, easy to use ! Fuzzy Logic Control Optimizes control performance 1999 Johnson Controls, Inc. Part No. 24-8341-19, Rev. C Code No. LIT-216178 1 www.johnsoncontrols.com I ntroduction L ocation Considerations The T500 thermostats use an adaptive control routine, based on fuzzy logic, to determine the heating or cooling load of the controlled space. The routine calculates load by evaluating recent room conditions, and room reactions to heating and cooling. This load is used to determine the cycle rate of the equipment, giving optimal control of the space. Locate T500 thermostats as follows: • on a partitioning interior wall, and approximately 1.5 m (5 ft) above the floor in a location of average temperature • away from direct sunlight or radiant heat, outside walls or behind doors, air discharge grills, stairwells, or outside doors • away from steam or water pipes, warm air stacks, unheated/uncooled areas, or sources of electrical interference ! 114.3 (4-1/2) CAUTION: Shock Hazard. Disconnect power supply before wiring connections are made to prevent electrical shock or possible damage to the equipment. I nstallation and Wiring Note: 22.2 (7/8) 101.6 (4) When replacing an existing thermostat, remove and use wire tags to identify terminal designations. To install and wire the thermostat: Dmnsn Figure 2: T500 Dimensions, mm (in.) S upplies Needed • drill • 4.7 mm (3/16 in.) drill bit • 3 mm (1/8 in.) flat-blade screwdriver • hammer • marking pencil • wire stripper 1. Lift the thermostat cover and insert a small coin into the slot located in the bottom center of the thermostat case and twist 1/4 turn. Grasp the base from the bottom two corners and separate from the thermostat. (See Figure 3.) 2. Swing the thermostat out from the bottom, and lift up and out of the base. Place the rectangular opening in the base over the equipment control wires protruding from the wall and, using the base as a template, mark the location of the two mounting holes. No leveling is required. 3. Use the supplied anchors and screws for mounting on drywall or plaster. Drill two 4.7 mm (3/16 in.) holes at the marked locations, and tap nylon anchors flush to wall surface and fasten. (See Figure 4.) 4. Connect the wires from the existing system to the thermostat terminals according to the wiring designations in Table 4, Table 5, or Table 6. Push extra wire back into the wall. Wires must be flush to the plastic base. Plug hole with a fireproof material to prevent drafts from affecting the ambient temperature readings. 2 T500 Series Non-Programmable Thermostats Product/Technical Bulletin ! CAUTION: Equipment Damage Hazard. Before applying power, make all wiring connections and check the connections. Short-circuited or improperly connected wires may result in permanent damage to the unit. Mount Figure 4: Mounting the Base Figure 3: Separating the T500 from the Base T500 Series Non-Programmable Thermostats Product/Technical Bulletin 3 I nstalling the Thermostat Cover Lock Reattaching the Thermostat and Cover If desired, insert the plastic lock piece into the bottom of the mounted base. The ends of the lock piece should fit snugly under the lock pins extending from the bottom of the mounted base. The tab in the middle of the lock piece should extend downward from the mounted base. (See Figure 5.) 1. Position the thermostat inside the cover and attach on the hinged tabs located at the top of the base. To release the lock, press the lock piece up and into the base while gently prying open the thermostat’s cover at the same time. Use caution to avoid cracking the thermostat base or cover. to the Installed Base 2. Swing the thermostat and cover down, and press on the bottom center edge until they snap in place. (See Figure 6.) Hinged Tabs Plastic Lock Pin Thermostat Base Snap plastic lock into place. Figure 6: Installing the T500 Thermostat Figure 5: Installing the Thermostat Lock 4 T500 Series Non-Programmable Thermostats Product/Technical Bulletin D IP Switch Selections ! Equipment Damage Hazard. Before selecting a minimum on/off time, ensure the equipment can tolerate the following maximum hourly cycle rates: 7.5 cycles per hour when using 4-minute on/off, or 15 cycles per hour when using 2-minute on/off. CAUTION: Table 1: T500HCN-1 DIP Switch Selections DIP Switch Switch Selection Description 1 On Allows 2-minute minimum on/off time for heating or cooling equipment. Off Allows 4-minute minimum on/off time for heating or cooling equipment. On Locks the keyboard, disabling buttons to prevent tampering. (Only the Outdoor and ∨ and ∧ buttons will function. See Setting the Thermostat, Changing Settings While the Keyboard is Locked and Temporary Override While the Keyboard is Locked in this bulletin.) Off Unlocks the keyboard. On In heating mode, allows the fan to delay with the plenum switch with a call for heat. However, in cooling mode, allows the fan to operate immediately with a call for cooling. Off In heating or cooling mode, allows the fan to operate immediately with a call for heat or cooling. 2 3 5 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Table 2: T500HPN-1 DIP Switch Selections DIP Switch Switch Selection Description 1 On Compressor/Auxiliary Interlocked: Turns off the compressor when the auxiliary heat is on. The compressor will remain off for two minutes after the auxiliary heat is turned off to ensure that the heat pump coil has cooled. Off Compressor/Auxiliary Normal: Allows the compressor and auxiliary heat to be on simultaneously. 2 Not used Not used. Switch should remain in the off position. 3 On Allows 2-minute minimum on/off time for heating or cooling equipment. Off Allows 4-minute minimum on/off time for heating or cooling equipment. On Locks the keyboard, disabling buttons to prevent tampering. (Only the Outdoor and ∨ and ∧ buttons will function. See Setting the Thermostat, Changing Settings While the Keyboard is Locked, and Temporary Override While the Keyboard is Locked in this bulletin.) Off Unlocks the keyboard. On Minimizes the use of auxiliary heat by disabling the auxiliary heat when the room temperature is within 0.5° of the setpoint and not allowing a forced “On” of the equipment. Off Allows a forced “On” of the equipment by allowing the user to raise the setpoint over 2° above the room temperature. On Allows multi-stage heating or cooling. 4 5 6 Off Allows single-stage heating or cooling. 7 LED 1 icon off/on (See Table 7.) Optional selection: LCD icon comes on with LED 1. 8 LED 2 icon off/on (See Table 7.) Optional selection: LCD icon comes on with LED 2. 6 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Table 3: T500MSN-1 DIP Switch Selections DIP Switch Switch Selection Description 1 On Allows 2-minute minimum on/off time for heating or cooling equipment. Off Allows 4-minute minimum on/off time for heating or cooling equipment. On Locks the keyboard, disabling buttons to prevent tampering. (Only the Outdoor and ∨ and ∧ buttons will function. See Setting the Thermostat, Changing Settings While the Keyboard is Locked, and Temporary Override While the Keyboard is Locked in this bulletin.) Off Unlocks the keyboard. On In heating mode, allows the fan to delay with the plenum switch with a call for heat. However, in cooling mode, allows the fan to operate immediately with a call for cooling. Off In heating mode or cooling mode, allows the fan to operate immediately with a call for heat or cooling. On Allows multi-stage heating or cooling. Off Allows single-stage heating or cooling. 5 LED 1 icon off/on (See Table 7.) Optional selection: LCD icon comes on with LED 1. 6 LED 2 icon off/on (See Table 7.) Optional selection: LCD icon comes on with LED 2. 2 3 4 T500 Series Non-Programmable Thermostats Product/Technical Bulletin 7 ON 1 Table 4: T500HCN-1 Output Terminal Designations Keyboard Locked Terminal Function Fan On with Plenum Temperature Switch W1 Energizes on call for heating Y1 Energizes on call for cooling G Energizes fan on call for heating or cooling or by pressing the Fan button R Independent switching voltage 24V 24 VAC from equipment transformer 24V(c) 24 VAC (common) from equipment transformer CLK1 Connections for remote clock/timer for alternate setpoints 3 Keyboard Unlocked Fan Immediate with Call for Heat Heat/Cool: 2 Minute Minimum On/Off 2 Heat/Cool: 4 Minute Minimum On/Off Figure 7: T500HCN-1 Factory-Set DIP Switch Settings (All Off) CLK2 RS2 RS1 RS+V CLK1 CLK2 RS2 RS1 RS+V Heating Cooling Fan 24VAC Common Connections for outdoor air temperature or indoor remote sensors; refer to instructions included with sensors W1 Y1 G R 24V 24V(c) Hcn-1wire Figure 8: T500HCN-1 Wiring Configuration 8 T500 Series Non-Programmable Thermostats Product/Technical Bulletin 5 6 Multi-stage ON 4 Single Stage Comfort 3 Economy 2 Keyboard Unlocked Compressor/Auxiliary Interlocked Not Used Heat/Cool: 2 Minute (Minimum On) Keyboard Locked 1 Compressor/Auxiliary Normal Not Used Heat/Cool: 4 Minute (Minimum On) LED 1 Icon Off 7 LED 2 Icon Off 8 LED 1 Icon (Filter) LED 2 Icon (Wrench/Fault) Figure 9: T500HPN-1 Factory-Set DIP Switch Settings Table 5: T500HPN-1 Output Terminal Designations Terminal Function Y2 Energizes compressor No. 2 on a call for second-stage heating or cooling W1 Energizes auxiliary stage heat as third-stage heating or emergency heat Y1 Energizes compressor No. 1 on a call for second-stage heating or cooling G Energizes fan on a call for heating or cooling or by pressing Fan button R Independent switching voltage 24V 24 VAC from equipment transformer 24V(c) 24 VAC (common) from equipment transformer LED 1 Input connection that energizes LED 1 or LED 2 from remote status device (See Figure 10 and Table 7.) LED 2 CLK1 CLK2 LED1 2nd Stage Heat Pump LED2 1st Stage Heating CLK1 1st Stage Cooling CLK2 Fan RS2 24VAC RS1 Common RS+V Cool Reversing Valve RS2 Y2 W1 Y1 RS1 RS+V Heat Reversing Valve Connections for remote clock/timer for alternate setpoints Connections for outdoor air temperature or indoor remote sensors; refer to instructions included with sensors O Energizes reversing valve in the cooling mode B Energizes reversing valve in the heating mode Hpn-1wire Figure 10: T500HPN-1 Wiring Configuration T500 Series Non-Programmable Thermostats Product/Technical Bulletin 9 ON 1 2 3 5 4 LED 1 Icon Off LED 2 Icon Off 6 Heat/Cool: 4 Minute (Minimum On/Off) Keyboard Unlocked Fan immediate with a call for heat Single Stage Heat/Cool: 2 Minute (Minimum On/Off) Keyboard Locked Fan on with plenum switch Multi-stage LED 1 Icon (Filter) LED 2 Icon (Wrench/Fault) Figure 11: T500MSN-1 Factory-Set DIP Switch Settings Table 6: T500MSN-1 Output Terminal Designations Terminal Function W2 Energizes on a call for second-stage heat Y2 Energizes on a call for second-stage cooling W1 Energizes on a call for first-stage heat Y1 Energizes on a call for first-stage cooling G Energizes fan on call for heating or cooling or by pressing the Fan button R Independent switching voltage 24V 24 VAC from equipment transformer 24V(c) 24 VAC (common) from equipment transformer LED 1 Input connection that energizes LED 1 or LED 2 from remote status device (See Figure 12 and Table 7.) LED 2 2nd Stage Cooling LED1 1st Stage Heating LED2 1st Stage Cooling CLK1 Fan CLK2 RS2 24VAC RS1 RS+V Common Y2 CLK1 CLK2 RS2 R RS1 24V RS+V MSN-1Wire Figure 12: T500MSN-1 Wiring Configuration 10 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Connections for remote clock/timer for alternate setpoints Connection for outdoor temperature sensor and/or indoor remote sensor option; refer to instructions included with sensors W iring Diagrams If the transformer (T2) is to power all of the loads R and 24V must be connected by inserting jumper JP1 located above the relays. If a separate 24V transformer (T1) is to be used, remove the jumper JP1 to disconnect R and 24V(c). Electronics JP1 W1 Y1 G 1st Stage Heat 24V R 24V(c) RS+V RS1 RS2 CLK1 CLK2 Thermostat Equipment Fan Remote Sensor (if used) 1st Stage Compressor Remote Clock/Timer (if used) Hcn-1 Optional T1 T2 Figure 13: T500HCN-1 Wiring Schematic T500 Series Non-Programmable Thermostats Product/Technical Bulletin 11 If the transformer (T2) is to power all of the loads R and 24V must be connected by inserting jumper JP1 located above the relays. If a separate 24V transformer (T1) is to be used remove the jumper JP1 to disconnect R and 24V(c). JP1 W1 Y1 Y2 1st Stage Compressor 1st Stage Auxiliary G O B Electronics 24V 24V(c) LED2 LED1 RS+V RS1 RS2 CLK1 CLK2 Thermostat Equipment R Reverse Valve Heating Fan Reverse Valve Cooling 2nd Stage Compressor Remote Sensor (if used) Remote Clock/Timer (if used) HPN-1 T2 T1 Optional Field Contact Switches Figure 14: T500HPN-1 Wiring Schematic If the transformer (T2) is to power all of the loads R and 24V must be connected by inserting jumper JP1 located above the relays. If a separate 24V transformer (T1) is to be used, remove the jumper JP1 to disconnect R and 24V(c). JP1 W1 W2 Y1 Y2 G R Electronics 24V RS+V 24V(c) LED2 LED1 1st Stage Heat 2nd Stage Heat 1st Stage Cool RS1 CLK2 CLK1 Fan Remote Sensor (if used) 2nd Stage Cool Optional T1 T2 Field Contact Switches Figure 15: T500MSN-1 Wiring Schematic 12 Thermostat RS2 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Remote Clock/Timer (if used) Equipment C ommissioning The thermostat normally displays room temperature and mode of operation (whether cooling or heating is currently on). Table 7: LED Indicators (T500MSN-1, T500HPN-1 only) LED Position Function Left Indicates filter needs changing. Controlled by external switch on LED 1. Display of the filter symbol can be enabled; see Table 2 and Table 3. Center (T500HPN-1 only) Indicates when highest stage heat is activated. Internally controlled. Right Indicates a fault. Controlled by external switch on LED 2. Display of the wrench symbol can be enabled; see Table 2 and Table 3. T hermostat Operation Overview LEDs (T500HPN, T500MSN only) indicate system activity or problems (See Table 1). Used to select heating or cooling mode of operation Mode Outdoor Used to display outdoor temperature (optional). Fan Day/Night Used to alternate between day and night setpoints. Used to run fan continuously. Used to increase/decrease values or change between Degree C or F. Face Figure 16: T500 Non-Programmable Pushbuttons T500 Series Non-Programmable Thermostats Product/Technical Bulletin 13 Mode Repeated pressing of the Mode button allows selection from four modes of operation (five for the T500HPN-1/Heat Pump model): • • When the Flame symbol and the word HEAT are displayed, the thermostat is in the heating mode. When the thermostat is calling for heating, the flame will flash. • When the Flame symbol and E Ht (emergency heat) are displayed, the thermostat will control using the emergency heat with the compressor locked out. (T500HPN-1/Heat Pump only.) • When the Snowflake and the Flame symbols and word AUTO are displayed, the thermostat will automatically change over between heating and cooling. Note: • 75 When the Snowflake symbol and the word COOL are displayed, the thermostat is in the cooling mode. When the thermostat is calling for cooling, the snowflake will flash. The thermostat never allows less than a 1°C (2°F) difference between cooling and heating setpoints. When OFF is displayed, the equipment will not operate. Note: Use caution when using the OFF mode in extremely cold weather. Press to select continuous fan operation Mode Outdoor Fan Day/Night Figure 17: Selecting Continuous Fan Operation Outdoor Button When an outdoor temperature sensor (order separately) is connected to the T500 thermostat, you can display the current outdoor temperature by pressing the Outdoor button. If the sensor option is not connected, the thermostat will display “— —”. See the Ordering Information section. Day/Night Button When the T500 thermostat is first installed or after a power loss, the display will show the Day symbol , the temperature, and the mode. To select an alternate or Night temperature: Celsius/Fahrenheit • Press the Day/Night button, or Press the ∨ and ∧ buttons simultaneously to alternate between Celsius and Fahrenheit display. • Install a time clock using the CLK1 and CLK2 terminals, to activate the thermostat’s night mode. (The T500 Thermostat will remember the night mode setpoint.) See Options: Clock Terminals CLK1 - CLK2. Fan If continuous fan is not selected, the fan will operate automatically and the fan symbol will be off. To select continuous fan operation, press the Fan will be displayed. button. The Fan symbol (See Figure 17.) 14 T500 Series Non-Programmable Thermostats Product/Technical Bulletin S etting the Thermostat 1. Press the Day/Night button until 2. Set the mode to cooling O ptions is displayed. . 3. Select the desired temperature for equipment to maintain while in the cooling mode using the ∨ or ∧ buttons. The cooling setpoint range is 16 to 40°C (60 to 108°F). 4. Set the mode to heat . 5. Select the desired temperature for equipment to maintain while in the heating mode using the ∨ or ∧ buttons. The heating setpoint range is 5 to 30°C (38 to 88°F). 6. Press the Day/Night button until and repeat Steps 2 through 5. is displayed Changing Settings While the Keyboard is Locked To change settings while the DIP switch is set to lock the keyboard: 1. Open the thermostat and switch the DIP switch to unlock the keyboard. (See Table 1, Table 2, and Table 3). Close the thermostat. 2. Make the necessary changes. 3. Open the thermostat and switch the DIP switch to lock the keyboard again. Close the thermostat. Clock Terminals CLK1 - CLK2 The T500 thermostat has a contact closure for a clock/timer to allow the use of alternate heating and cooling setpoints. When the contact is open, the day symbol is displayed and the thermostat controls to the day setpoint. When the contact is closed, the Night symbol is displayed and the thermostat controls to the night setpoint. Pressing the Day/Night button when the thermostat is in night mode will switch the thermostat to the day mode, even if a clock/timer is used. The CLK contacts on the thermostat are parallel with the thermostat contacts and will change to the next command given by the clock. Therefore, if the thermostat is in night mode (contacts closed) and the thermostat is switched to the day mode (contacts open), then at the next clock control time the thermostat will stay in the day mode. Remote Sensor The indoor remote sensor allows the T500 to be mounted away from the controlled space, and allows use of multiple sensors for temperature averaging. Order separately. See Table 10: Optional Accessories. Outdoor Sensor Temporary Override While the Keyboard is Locked Order separately. See Table 10: Optional Accessories. To alter the setpoint while the DIP switch is set to lock the keyboard, press the ∨ or ∧ buttons to alter the setpoint ± 3°C or ± 6°F. This will temporarily change the setting for 1 hour. If the setpoint is altered while in night mode, the thermostat will change to the day mode setting. P ower Failures S ensor Calibration (Fan/10 Seconds) In the event of a power failure, the thermostat will retain setpoints. When power is restored, it will continue normal operation and will not require resetting unless power was lost when the thermostat was in the night mode, in which case it will return to the day mode. The internal and remote sensors can be calibrated to eliminate wire resistance errors or to match another reference. 1. Press and hold the Fan button for 10 seconds. 2. Adjust the temperature with the ∨ or ∧ buttons. The temperature is shown on the lower display to the hundredths place. For example, 72°F on the large display is shown as 72 13. T500 Series Non-Programmable Thermostats Product/Technical Bulletin 15 F uzzy Logic Control Over time, the T500 learns how long it takes the system to meet the load. If the system can change the room temperature quickly, the T500 allows the thermostat to drift further from setpoint before starting the equipment. If the system takes a longer period of time to change the room temperature, it will not allow the temperature to drift as far from setpoint. The T500 also takes into account the minimum On/Off times. The 2-minute On/Off time allows the equipment to cycle more frequently at smaller differentials than the 4-minute On/Off time. If the equipment does not come on, proceed to the Troubleshooting section. Note: If you are using the T500HPN-1 and DIP switch number 5 is in the “on” position, the auxiliary heat will not come on when the setpoint is raised more than two degrees above room temperature (See Table 2.) Move the switch to the “off” position to force on the auxiliary heat when the setpoint is raised. For multi-stage applications, the T500 does not bring on the next stage of cooling or heating if it knows that the system can change the temperature by 6 degrees in 1 hour, or 1 degree in 10 minutes. To verify thermostat operation, force the next stage on by changing the setpoint by more than 2 degrees. V erification 75 Press to select mode (heat or cool). Mode Outdoor Fan Day/Night To verify proper functioning of the thermostat: 1. Press the Mode button to select the heat or cool mode. (See Figure 18.) 2. Press the ∨ or ∧ buttons to raise the setpoint above or below the current ambient temperature. The thermostat should call for either heating or cooling, and should activate the fan. 16 Npiface3 Figure 18: Verifying Proper Operation T500 Series Non-Programmable Thermostats Product/Technical Bulletin T roubleshooting Table 8: Troubleshooting Symptom Possible Cause Corrective Action No display/faint display ... Supply voltage incorrect Use a voltmeter to check the voltage between the 24V and 24V(c) terminals. Voltage should be between 20-30 VAC. If voltage is less than 20 VAC, disconnect the thermostat and check the voltage between 24V and the other system wires; see possible causes below. If voltage is greater than 30 VAC, troubleshoot the power source and replace the thermostat. System transformer weak or overloaded Check and/or replace with a suitable 24V transformer. Thermostat damaged because system voltage was greater than 30 VAC Replace with new thermostat, and ensure new thermostat is isolated from the system using suitable relays and a transformer of the proper rating. Keyboard inoperative ... Keyboard locked Switch the keyboard DIP switch to the unlocked position. Thermostat will not call for heat ... Short cycle delay still in progress Wait 4 minutes, equipment short cycle protection in progress. Thermostat setpoint is satisfied Raise the heating setpoint using the ∧ button. T500HPN-1 ONLY: If DIP switch number 5 is in the “on” position, the auxiliary heat will not come on when the setpoint is raised more than two degrees above room temperature. (See Table 2.) Move the switch to the “off” position to force on the auxiliary heat when the setpoint is raised. Short cycle delay still in progress Wait 4 minutes, equipment short cycle protection in progress. Thermostat setpoint is satisfied Lower the cooling setpoint using the ∨ button. Fan does not turn on with the system ... Fan failure Place a jumper between Terminals R and G. Fan should come on. If it does not, troubleshoot the fan system. If fan does come on, replace the thermostat. “AC” is displayed on the LCD ... 20-30 VAC absent from R and C terminals Using a voltmeter, measure voltage between the 24V and 24V(c) terminals. If the reading is less than 20 VAC, check system transformer. If the voltage is between 20-30 VAC, replace the thermostat. Thermostat will not call for cooling ... * The Non-Programmable T500 Thermostats do not have a supercap back up. The “AC” on the LCD will therefore never flash. LCD shows missing or extra segments ... LCD failure Replace the unit. T500 Series Non-Programmable Thermostats Product/Technical Bulletin 17 O rdering information Table 9: Ordering Information Item Product Code Number Non-programmable Thermostat, Single-stage, 1 Heat, 1 Cool T500HCN-1 Non-programmable Thermostat, Multi-stage, 2 Heat, 2 Cool T500MSN-1 Non-programmable Thermostat, Heat Pump, 2 Compressors with Auxiliary Heat T500HPN-1 A ccessories Table 10: Optional Accessories (including mounting hardware) Item Product Code Number Remote Indoor Air Temperature Communication Module with Integral Sensor SEN-500-1 Outdoor Air Temperature Communication Module with Outdoor Air Sensor SEN-500-2 Outdoor Air Temperature Communication Module with Duct Mount Sensor SEN-500-3 R eplacement and Repair Parts The SEN-500 series of products allows for easy replacement of the sensor. For a replacement sensor, contact the nearest Johnson Controls branch office or wholesale distributor and order using the information from Table 10: Optional Accessories and Table 11: Replacement Parts. Table 11: Replacement Parts Item Product Code Number Replacement Outdoor Air Temperature Communication Module SEN-500-603 Replacement Outdoor Air Temperature Sensor (includes mounting hardware) SEN-500-604 Replacement Duct Mount Temperature Sensor (includes mounting hardware) SEN-500-605 Table 12: Repair Parts Item Product Code Number 3 in. Sensor Probe (use with outdoor air sensor) SEN-500-601 8 in. Sensor Probe (use with duct mount sensor) SEN-500-602 18 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Notes T500 Series Non-Programmable Thermostats Product/Technical Bulletin 19 S pecifications Product T500HCN-1, T500MSN-1, T500HPN-1 Power Requirements 20-30 VAC, 50/60 Hz, 24 VAC nominal Relay Contact Rating Maximum Inductive: Maximum Resistive: Minimum: Recommended Wire Size 24-18 gauge Thermostat Measurement Range 0 to 48°C (28 to 124°F) Outdoor Air Temperature Indication Range -48 to 48°C (-50 to 124°F) Control Range Display Resolution Minimum Deadband °C/°F Conversion Ambient Operating Conditions Ambient Storage Conditions Dimensions (H x W x D) 1 ampere with surges to 3 amperes, 24 VAC Class 2 1 ampere, 24 VDC (2000 VA Maximum for all outputs) 10 uA for 24 VAC circuit; 10 mA for 24 VDC circuit Heating: 5 to 30°C in 1° steps; 38 to 88°F in 1° steps Cooling: 16 to 40°C in 1° steps; 60 to 108°F in 1° steps 1C or 1F 1°C or 2°F between heating and cooling 20°C = 68°F, each Celsius degree above or below 20°C = 2°F 0 to 55°C (32 to 131°F), 5 to 90% RH non-condensing -34 to 55°C (-30 to 131°F) 114.3 x 101.6 x 22.2 mm (4 1/2 x 4 x 7/8 in.) Shipping Weight 0.171 kg (0.37 lb) FCC Compliance This equipment has been tested and found to comply with the limits for a Class A digital device and verified to Class B pursuant to Part 15 of FCC Rules. These limits are designed to provide reasonable protection against harmful interference when this equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his/her own expense. The performance specifications are nominal and conform to acceptable industry standards. For application at conditions beyond these specifications, consult the local Johnson Controls office. Johnson Controls, Inc. shall not be liable for damages resulting from misapplication or misuse of its products This device complies with Class A Part 15 of the FCC rules. It was also verified to Class B. 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. This Class A digital apparatus meets all of the requirements of the Canadian Interference-Causing Equipment Regulations. Cet appareil numerique de la Classe A respecte toutes les exigences du Reglement sur le materiel brouilleur du Canada. Controls Group 507 E. Michigan Street P.O. Box 423 Milwaukee, WI 53201 20 T500 Series Non-Programmable Thermostats Product/Technical Bulletin Printed in U.S.A. www.johnsoncontrols.com
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