PARKING LOT CONTROLLER WITH LOGIC & MAIN CONTACTOR

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Scarlett Lambert
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PARKING LOT CONTROLLER WITH LOGIC & MAIN CONTACTOR VPC-AA The VPC-AA Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations.

1 PARKING LOT CONTROLLER WITH LOGIC & MAIN CONTACTOR VPC-AA The VPC-AA Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is designed for applications where distribution is in a separate location. MAIN CONTACTOR AMPS VPC-AA VPC-AA VPC-AA VPC-AA VPC-AA VPC-AA VPC-AA VPC-AA CSA Type 3R Rated Pad lockable draw latch(es) on door Temperature Controller with adjustable set point (-30 F to 220 F) 3 pole main contactor Wall mounted enclosure

PARKING LOT CONTROLLER WITH LOGIC, MAIN CONTACTOR AND DISTRIBUTION PANEL VPC-AB The VPC-AB Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations.

2 PARKING LOT CONTROLLER WITH LOGIC, MAIN CONTACTOR AND DISTRIBUTION PANEL VPC-AB The VPC-AB Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat provides a durable inish. This family of Parking Lot Controller is all encompassing with the distribution, contactor & controller all included in a single enclosure. MAIN CONTACTOR AMPS CIRCUITS VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB VPC-AB CSA Type 3R Rated Pad lockable draw latch(es) on door Temperature Controller with adjustable set point (-30 F to 220 F) Main contactor & circuit breaker panel Wall mounted enclosure Various conigurations of panel sizes & poles

PARKING LOT CONTROLLER WITH LOGIC & SECONDARY 3POLE CONTACTORS VPC-AC The VPC-AC Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations.

3 PARKING LOT CONTROLLER WITH LOGIC & SECONDARY 3POLE CONTACTORS VPC-AC The VPC-AC Parking Lot Controller is an easily installed device designed for mid-sized parking lot installations. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is designed to control the contactors on the secondary of the distribution where the distribution panel is located in a separate location. CIRCUITS VPC-AC VPC-AC VPC-AC VPC-AC VPC-AC VPC-AC VPC-AC CSA Type 3R Rated Pad lockable draw latch(es) on door Temperature Controller with adjustable setpoint (-30 F to 220 F) 35A resistive 3Pole contactors Wall mounted enclosure Various amount of secondary contactors Higher amperage rated contactors

4 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC & MAIN CONTACTOR VPC-DA The VPC-DA Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is designed for applications where distribution is in a separate location. CSA Type 3R rated Pad lockable draw latch(es) Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 3 pole main contactor Wall mounted enclosure MAIN CONTACTOR AMPS VPC-DA VPC-DA VPC-DA VPC-DA VPC-DA VPC-DA VPC-DA VPC-DA

PARKING LOT CONTROLLER WITH ENERSAVE LOGIC & MAIN CONTACTOR VPC-DB The VPC-DB Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications.

This line of Parking Lot Controller is all encompassing with the main contactor and breaker panel located in a single pad mount enclosure.

5 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC & MAIN CONTACTOR VPC-DB The VPC-DB Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is all encompassing with the main contactor and breaker panel located in a single pad mount enclosure. MAIN CONTACTOR AMPS CIRCUITS VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB VPC-DB Wall mounted enclosure CSA Type 3R rated Pad lockable handle Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings Main contactor & circuit breaker panel

PARKING LOT CONTROLLER WITH ENERSAVE LOGIC & SECONDARY 3POLE CONTACTORS VPC-DC The VPC-DC Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications.

6 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC & SECONDARY 3POLE CONTACTORS VPC-DC The VPC-DC Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is designed to control the contactors on the secondary of the distribution where the distribution panel is located in a separate location. CIRCUITS VPC-DC VPC-DC VPC-DC VPC-DC VPC-DC VPC-DC VPC-DC CSA Type 3R rated Pad lockable draw latch(es) Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 35A resistive 3Pole contactors Wall mounted enclosure

PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, MAIN CONTACTORS & DUAL DISTRIBUTION PANELS VPC-DD The VPC-DD Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot

7 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, MAIN CONTACTORS & DUAL DISTRIBUTION PANELS VPC-DD The VPC-DD Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. This free standing controller allows energy saving with 50/50 load sharing. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. CSA Type 3R rated Pad lockable handle Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 50/50 load share 2 main contactors & 2 circuit breaker panels MAIN CONTACTORS AMPS CIRCUITS (X2) VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD VPC-DD Wall mounted enclosure

PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, DISTRIBUTION PANEL & SECONDARY 3POLE CONTACTORS VPC-DE The VPC-DE Parking Lot Controller uses the Enersave logic to control multiple set points for parking

8 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, DISTRIBUTION PANEL & SECONDARY 3POLE CONTACTORS VPC-DE The VPC-DE Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is all encompassing with the breaker panel and secondary contactors located in a single pad mount enclosure. BREAKER PANEL AMPS BREAKER PANEL CIRCUITS VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx VPC-DE xx Wall mount enclosure xx = Number of secondary contactor poles. (e.g. VPC-DE ) CSA Type 3R rated Pad lockable handle Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 50/50 load share Circuit breaker panel 35A resistive 3Pole contactors

PARKING LOT UNIT SUB CONTROLLER WITH TRANSFORMER, ENERSAVE LOGIC, MAIN CONTACTORS & DUAL DISTRIBUTION PANELS VPC-DF The VPC-DF Unit Sub Parking Lot Controller uses the Enersave logic to control

The integrated transformer enables smaller cable sizes to be used for long cable runs. This free standing controller allows energy saving with 50/50 load sharing.

9 PARKING LOT UNIT SUB CONTROLLER WITH TRANSFORMER, ENERSAVE LOGIC, MAIN CONTACTORS & DUAL DISTRIBUTION PANELS VPC-DF The VPC-DF Unit Sub Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. The integrated transformer enables smaller cable sizes to be used for long cable runs. This free standing controller allows energy saving with 50/50 load sharing. CSA Type 3R rated Pad lockable handle Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 50/50 load share Integral power transformer 2 main contactors & 2 circuit breaker panels Contact Valid Manufacturing with voltage and power consumption requirements. Single phase secondary (120/240V) Various voltage ratings

PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, DISTRIBUTION PANEL & SECONDARY 3POLE CONTACTORS VPC-DG The VPC-DG Parking Lot Controller uses the Enersave logic to control multiple set points for parking

10 PARKING LOT CONTROLLER WITH ENERSAVE LOGIC, DISTRIBUTION PANEL & SECONDARY 3POLE CONTACTORS VPC-DG The VPC-DG Parking Lot Controller uses the Enersave logic to control multiple set points for parking lot applications. The weather proof design is ideal for outdoor use. Standard PC101 grey powder coat paint provides a durable inish. This line of Parking Lot Controller is all encompassing with the breaker panel and secondary contactors located in a single pad mount enclosure. Contactors Enersave Controller Contactors Contactors CSA Type 3R rated Pad lockable handle Enersave Temperature Controller with: Up to (4) set points customer programmable temperature set points (recommended -5 C, -10 C,-15 C, -20 C) Programmable number of set points Duration of cycle Supervisory Enable Signal Easy ield coniguration via jumper settings 50/50 load share Circuit breaker panel Main contactor & circuit breaker panels Transformer Main Circuit Breaker Enersave Controller Optional MCB CDP600 Secondary CDP Front View Supply Logic Optional MCB 600V CDP Secondary CDP Logic CDP End View KVA PH PRIMARY VOLTS SECONDARY VOLTS VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG VPC-DG

11 Manufacturing Ltd. Advanced Technologies Simple Solutions Toll Free: ENERSAVE PARKING LOT CONTROLLER D SERIES The Valid Manufacturing family of Enersave Automatic Parking Lot Controllers are designed to provide energy savings in parking lot applications. The Enersave controller is capable of controlling the load contactor(s) and circuit panel(s) based on a range of user-configurable settings for starting set points, number of set points and duration of cycle. The range of control varies from simple alternating cycling at one set point to multiple set point levels providing maximum energy savings at warmer temperatures. The configuration of the output can be easily set up for either 50/50 load share or single load requirements. The enclosure is fabricated from steel construction and protected with our powder coat paint finish; these CSA Type 3R Enersave controllers have a durable weather proof design. As preset temperature ranges are reached, the loads will be switched on and off. The controller is programmed to energize all load contactors at the same time. As the temperature drops below successive levels, the output ON times increase proportionately. The Hand position on the HOA selector will bypass the Enersave energy feature and activate the load contactors. The following customer programmable set points are available on the Enersave D Series Controller Starting Temperature Set Point This is the first (highest) temperature set point that will initiate the first cycle. Factory preset at -10 degrees Celsius. Number of Set Points The controller is programmable for one to four consecutive set points, each set point will decrease the incremental time the output is enabled. Factory preset to 4 set points. Duration of Cycle This is the overall length of the operating cycle. Can be set to 20, 30, 40 or 60 minutes. A longer duty cycle allows the block heaters to warm the engine thoroughly as the temperature decreases. Factory preset to 40 minutes. Supervisory Enable Signal Provides interlock control from a remote location. USER INFORMATION Hand-Off-Auto Selector Switch (HOA) Hand - Manually activates all contactors to the closed position. Off - Removes control signal from all contactors. Auto - Enables the Enersave Controller to activate contactors as per user settings B 48th Avenue SE, Salmon Arm, British Columbia V1E 1X2 CANADA Page 1

12 Manufacturing Ltd. Advanced Technologies Simple Solutions Toll Free: The Valid Manufacturing Enersave Controller is programmed to control single load or 50/50 load share requirements. Factory default settings are as follows: SINGLE LOAD REQUIREMENTS (Enersave Models DA,DB,DC*,DE*) FACTORY DEFAULT SETTINGS (40 minute duty cycle) TEMPERATURE RANGE PERCENT ENERGIZED TIME ON Higher than -10 C 0% Off -10 C to -14 C 25% 10 minutes on/30 minutes off -15 C to -19 C 50% 20 minutes on/20 minutes off -20 C to -24 C 75% 30 minutes on/10 minutes off Lower than -25 C 100% Always on 50/50 LOAD SHARE REQUIREMENTS (Enersave Models DC*,DD,DE*,DF) FACTORY DEFAULT SETTINGS (40 minute duty cycle) TEMPERATURE RANGE PERCENT ENERGIZED TIME ON Higher than -10 C 0% Off -10 C to -14 C 25% (12.5% per side) 5 minutes on per side/30 minutes off -15 C to -19 C 50% (25% per side) 10 minutes on per side/20 minutes off -20 C to -24 C 75% (37.5% per side) 15 minutes on per side/10 minutes off Lower than -25 C 100% (50% per side) 20 minutes on per side * Models DC and DE can be configured as single load or 50/50 load share Additional features of the Enersave controller include customer interface troubleshooting information, including: Pressing the > key on the front of the controller will display two status line of information. Analog Input - The measured analog voltage at the input to the controller. It should measure in the range of 2-10VDC. If this reading is zero, the temperature probe might be damaged. Remote Enabled - This message (just below the analog input) indicates that the signal from the remote location is available. See configuration method described above. If pressing the > key provides no readout, then the enable signal is not available. Also, if the temperature drops below -30 C the enersave controller will default to always on in single load requirements or 100% energized in 50/50 load share and will supersede any programmed set points. Optional equipment include: time of day clock, energization indication, remote sensing thermostat as well as other metal composites for fabrication of the enclosure B 48th Avenue SE, Salmon Arm, British Columbia V1E 1X2 CANADA Page 2

13 Manufacturing Ltd. Advanced Technologies Simple Solutions Toll Free: ENERSAVE PARKING LOT CONTROLLER D SERIES TECHNICAL INFORMATION Inputs: I1 Jumper to +24V to adjust starting temperature set point (bit 0) -5, -10, -15 or -20 C I2 Jumper to +24V to adjust starting temperature set point (bit 1) -5, -10, -15 or -20 C I3 Jumper to +24V to adjust number of set points (bit 0) 1, 2, 3 or 4 I4 Jumper to +24V to adjust number of set points (bit 1) 1, 2, 3 or 4 I5 Jumper to +24V to adjust overall cycle duration (bit 0) 20, 30, 40 or 60 minutes I6 Jumper to +24V to adjust overall cycle duration (bit 1) 20, 30, 40 or 60 minutes I7 & I8 Unused in this configuration I9 Jumper to +24V to inverse the operation of the Supervisory Enable Signal IA - ID Unused in this configuration IE Signal (24VDC) from Auto switch on front panel IF Signal (24VDC) from interposing relay. Externally supplied (120VAC) Enable. IG Analog signal from temperature probe mounted outside enclosure The first six inputs configure the following parameters: Starting Temperature Set point - the first (highest) temperature set point to initiate the first cycle Temp I2 I1-5 C 0V 0V -10 C 0V* +24V* -15 C +24V 0V -20 C +24V +24V Ex. A: If both I1 and I2 are connected to 0V, output 1 of the controller will first turn on at -5 C. Ex. B: If I1 is connected to 0V and I2 is connected to +24V, output 1 will first turn on at -15 C. Number of Set points - the controller can operate with one to four subsequent set points No. I4 I3 1 0V 0V 2 0V +24V 3 +24V 0V 4 +24V* +24V* Ex. C: If both I3 and I4 are connected to 0V, the controller outputs will operate around the one temperature set above in Starting Temperature Set point only. Ex. D: If I3 is connected to 0V and I4 is connected to +24V, three set points will be set up. Using Ex. A above, the set points will be at -5, -10 and -15 C. Duration of Cycle - the overall length of operating cycle Time I6 I5 20 min 0V 0V 30 min 0V +24V 40 min +24V* 0V* 60 min +24V +24V Ex. E: If both I5 and I6 are connected to 0V, the controller will repeat the timing cycle every 20 minutes. Ex. F: If I5 is connected to 0V and I6 is connected to +24V, the controller will repeat the timing cycle every 40 minutes. * denote factory settings 5320-B 48th Avenue SE, Salmon Arm, British Columbia V1E 1X2 CANADA Page 3

14 Manufacturing Ltd. Advanced Technologies Simple Solutions Toll Free: Supervisory Enable Signal - provides interlock control from a remote location Mode I9 Signal 0V* Inverse +24V A 120VAC signal to relay R0 will disable the controller operation. A 120VAC signal to relay R0 is required to enable the controller. The energy saving feature of this controller is made active by selecting multiple temperature set points. If only one set point is selected, the controller will equally share timing between each zone providing half of the cycle to each output. Ex. G: Using the settings from previous examples C and F, the controller will regulate with an operating cycle of 40 minutes. Once the first set point is reached, output 1 will first turn on for 20 minutes. Once 20 minutes have elapsed, the first output will turn off and the second one will turn on. This cycle will repeat until the outside temperature rises above the set point. Note: The above cycle repeats every 40 minutes. Energy is being consumed at all times Ex. H: If the outputs I3, I4, I5 and I6 are all tied to +24V, the controller will be configured to operate with four set points and a total cycle time of 60 minutes B 48th Avenue SE, Salmon Arm, British Columbia V1E 1X2 CANADA Page 4

15 Manufacturing Ltd. Advanced Technologies Simple Solutions Toll Free: Note: As the temperature drops below successive levels, the output ON times increase proportionately. In all configurations, the lowest enabled set point will generate 50% alternating ON times. In each of the above four stages of example H, the cycle completely repeats every 60 minutes. Hand-Off-Auto Selector Switch: Hand - Manually activates all contactors closed Off - Removes control signal from all contactors. (Not to be used as a lockout means) Auto - Enables Enersave Controller to activate contactors as per settings. Input IE Resistive Thermal Device - provides analog signal to input IG of controller. Note: Pressing the > key on the front of the controller will display two status lines of information Analog input - The measured analog voltage at the input to the controller. It should measure in the range of 2-10VDC. If this reading is 0, the temperature probe might be damaged. Remote Enabled - This message (just below the analog input) indicates that the signal from the remote location is available. See configuration method described above. If pressing the > key provides no readout, then the enable signal is not available B 48th Avenue SE, Salmon Arm, British Columbia V1E 1X2 CANADA Page 5

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