Honeywell HP40ULACM4CB User Manual

Honeywell 12 Clintonville Road Northford, CT 06472-1610 http://www.honeywellpower.com

Access Control Power Supply/Charger with Controller

•HP400ULACM4CB •HP400ULACM8CB PN 52898:A 4/05/06 ECN 06-221

Product Installation Document

This product follows under the UL1481 Fire Alarm Systems, UL603 Burglary Alarm Systems and UL294 Access Control Systems. The HP400ULACM4 and HP400ULACM8 units are to be installed in a fail safe mode unless authorized by the local AHJ. This product must be installed in compliance with Article 760 of the National Electrical Code, NFPA70, as well as NAPA72 National Fire Alarm Code and all applicable local codes.

1 Description

The HP400ULACM4 and the HP400ULACM8 are 12VDC or 24VDC power supplies with HPACM4/8 access power controllers to be used with Card Access Systems. They provide 12/24VDC through 4 or 8 independently controlled power-limited PTC protected outputs. They accept inputs from open collector sink or Normally Open (NO) dry contacts from UL listed security devices such as keypads, card readers, access control systems, PIR’s and Push Button Delays. Outputs from the HP ACM4 and HPACM8 can switch power on or off at 12 or 24VAC/DC. Each output can be configured to respond to F ACP input. The outputs can also be individually selected as isolated dry contacts (Form “C” configuration). The HPACM4 and HPACM8 can be configured for common power, which means the same supply drives both output power and control board power or alternatively, dual power input, which separates control board and output power. These units have not been evaluated for elevator equipment and are not authorized for bell output in Mercantile applications.

2 Specifications

A) Power Supply Board

1. Input voltage: 120VAC 60Hz; Current: 2.50A max.

2. Output Voltage: 12VDC or 24VDC, jumper selectable; Current: 4.0A continuous output maximum, 3.5A plus battery charger (DC output not supervised).

3. Fail safe dry contact output on AC Failure (within one minute).

4. Built-in charger for sealed lead acid or gel cell type batteries.

5. Instantaneous transfer to stand-by battery on AC failure.

6. Battery presence detection (within 1 minute).

7. Battery low disconnect at 9.90VDC or 19.90VDC.

8. High voltage disconnect at 15VDC or 30VDC.

9. Yellow LED (L3) indication for battery disconnected and battery low.

10. Fail safe dry contact output for Battery trouble (Fail Safe).

11. Battery polarity reversal protection.

12. Thermal overload and short circuit protection.

13. DC output PTC activated indication by Red LED (L2).

14. DC output failure indication by Red LED ( L4 ).

15. AC presence indication by Green LED ( L1 ).

16. DC output indication by Red LED ( L5 ).

17. Battery Leads included.

18. Power Board Dimensions: 6.2”L x 4.7”W x 2.5”H.

19. Enclosure Dimension: 17”L x 13.5”W x 4.75”H. Accommodates two 12 Volt 12AH batteries. When using larger batteries, a UL approved enclosure must be used.

B) Access Power Controller Board

1. Input

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• Power supply input 12 or 24 VAC/VDC.

• Common Power supply as shipped or dual power supply by cutting links JJ1 and JJ2

• Max. Controller power consumption;

– HPACM4 200mA at 12VDC, 187mA at 24VDC. – HPACM8 379MA at 12VDC, 288mA at 24VDC

2. Outputs

• 4 or 8 independent Fail Safe or Fail Secure Normally Open (NO) or open collector sink (not supervised).

• Individually selected outputs for isolated dry contacts by removing J1 through J4,(J8)

• Individually selected outputs programmable by dip switch to follow FACP input.

• Each PTC protected output rated 2.5A @ 23C with a maximum of 2.0A @ 49C

• Automatic Yellow LED status indication of activated PTC.

• Test push button lights Yellow LED’s to verify their operation.

• Red LED individual indication for each energized relay output

3. Fire Alarm Control Panel Input

• Polarity reversing input

• Normally open (NO) or normally closed (NC) supervised input with 2.2K Ohm (EOL) resistor.

• Engineering Reset (Optional) normally open (NO) or normally closed (NC) inp ut wit h 2.2 K Ohm (EOL) resistor.

4. Alarm Outputs

• Alarm outputs are Fail Safe (not supervised).

• When FACP activation occurs dry contacts activated.

• Green LED indication when FACP is activated.

• Dry contacts output for power failure to the HPACM4 and HPACM8.

5. Board Dimensions

• HPACM4 -- 5.9” L x 4.5” W x 1.25” H (15 cm L x 11.43 cm W x 3.175 cm H).

• HPACM8 -- 8” L x 4.5” W x x1.25” H (20.32 cm L x 11.43 cm x 3.175 cm H)

(REV/POL).

3 Installation Instructions

1. Mounting

The power supply should be installed in accor dance with all Governing National Electrical and Local Codes. Mount the power supply securely in the desired location using the four (4) mounting holes.

2. Power Supply Input Connection

Before connecting power review the entire wiring diagram for correct installation (see Fig. 1). With the AC power disconnected, connect 120VAC to the Fuse Block as follows; L=Black (HOT), N=WHITE (Neutral), G=GREEN (Ground). Select the output voltage 12VDC or 24VDC using Jumper J1 of the Power Board J1 OFF=12VDC, J1 ON=24VDC. Voltage is Factory set and Re-Adjusting will void Warranty.

The HP ACM4/8 controller board can be powered with one common supply (as factory wired) which will enable it to drive the controller board and output devices, or with two (2) individual power supplies, one for the controller and one for the devices. See Fig. 1

a) Single Power Supply (Factory Wired) - Connect the power supply (+) positive to “CONTROL” terminal (+) and power supply (-) negative to the “CONTROL” terminal (-). T

b) Dual Power Supply - For the controller board power supply, connect the power supply (+) positive to “CONTROL” terminal (+) and power supply (-) negative to the “CONTROL” terminal (-). For the second power supply, connect the power supply (+) to the “POWER” terminal (+) and the power supply (-) negative to the “POWER” terminal (-). Cut links JJ1 and JJ2.

3. Input Trigger Connections

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2 HP400ULACM4/8CB Installation Document P/N 52898:A 4/05/06

a) For Open Collector activations connect the open collector to the “IN” terminal and negative to the “GND” terminal.

b) For dry contact activation connect NO to “IN” terminal and C to “GND” terminal.

4. Output Connections

There are (4 or 8) individually configurable outputs possible: Switched Normally Open (NO), Switched Normally Closed (NC), Switched Isolated (“Form C”) dry contacts and Un-switched continuous power output:

a) Switched Normally Open (NO) / Switched Normally Closed (NC) - Connect the negative (-) lead of the device to the “COM” terminal. Connect the positive (+) lead of the device to the “NC” terminal for Fail Safe operation or to the “NO” terminal for Fail Secure operation.

b) Switched Isolated Form “C” dry contacts - Connect the negative (-) of the auxiliary power supply directly to the device, connect the (+) lead of the auxiliary power supply to the “C” terminal. Connect the positive (+) of the device to “NC” terminal for Fail Safe operation. Connect the positive (+) of the device to the “NO” terminal for Fail Secure operation. To program this feature the relevant output jumper (J1 to J4/J8) must be removed.

c) Un-switched continuous power output - Connect the positive (+)of the device to the “C” terminal and the negative(-) to the “COM” terminal. In this configuration, fused power output is delivered to the devices not intended to be affected by the Controller Board.

d) FACP input programming - To have relay activation follow FACP input place the dip switch corresponding to the desired relay to the “OFF” position. In the “ON” position, the relay will not be affected by FACP input

5. Fire Alarm Interface

Normally Open (NO), Normally Closed (NC) input or polarity reversal (R/POL) input from the FACP are available to trigger the HPACM4 and HPACM8 operation. Connect the positive (+) and negative (-) from the FACP to the “R/POL” terminals observing polarity, (polarity is referenced in alarm condition) or connect the NO or NC from the F ACP output to the “FIRE INTRFC” terminals. Install the 2.2K Ohm (EOL) resistor provided at the FACP as shown in Fig 1 to supervise this connection.

6. Engineering Reset Input

This option is available when the jumper JL is removed. This will cause the HPACM4 and HPACM8 to latch upon receiving an alarm condition from the FACP. With this option in place and when the FACP resets, the unit will only reset by activating the “RESET” circuit.

a) JL ON b) JL OFF

will cause the unit to follow the status of the FACP . Connect 2.2K Ohm r esistor to the “RESET” terminals.

will cause the unit to latch ON until manually reset. Install the 2.2K Ohm (EOL) resistor provided at a

Key Switch or Push Button to perform this manual reset operation and to supervise this connection as shown in Fig 1.

7. Alarm/Trouble Output

a) TRBL b) FACP

: When DC Power fails or PTC activates this will cause the dry contact “Form C” relay to de-energize. : When the FACP activates this will cause the dry contact “Form C” relay to de-energize.

8. Cascade Connection

Two (2) or more HPACM4 or HPACM8 units can be connected together as follows; Connect the FACP relay C and NC terminals from the 1st unit to the “FIRE INPUT” of the 2nd unit (not polarity sensitive) and remove jumper JR of the 1st unit. If a 3rd HP ACM4 or HPACM8 is used, JR must be removed from 2nd unit and so on for each new addition. See Fig. 1a.

9. Power Board Connections

Connect the “AC Fail” output “Form C” dry contacts to the monitoring device. In case of AC loss the relay , which is Fail Safe, will de-energize within one (1) minute. Connect the Battery Fail output “Form C” dry contacts to the monitoring device. If a Battery is not connected or improperly connected, the Yellow LED (L3) will turn ON within one (1) minute and the Battery Fail output relay, which is Fail Safe, will de-energize.

10. Power Up

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HP400ULACM4/8CB Installation Document P/N 52898:A 4/05/06 3

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