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Dear Customer, if you are having problems using this product, please call Highpower Technical
Support at 800-991-3646. We are here to help and we appreciate your business!
Dear Installer: When using the controller without connection to a fire alarm, place a wire jumper from
terminals #57 and #60 for proper controller operation or use the V+ terminals for power.
MODEL 3000 MULTIFUNCTION DOOR CONTROLLER WITH DELAYED EGRESS
HARDWARE MANUAL
TABLE OF CONTENTS
CONTROLLER DESCRIPTION .................................................................................................2
KEY FEATURES .......................................................................................................................3
NOTICE OF INSTALLER QUALIFICATION..............................................................................3
ACCESS CONTROL FEATURES .............................................................................................3
CODE TYPES ........................................................................................................................3
SHADOW CARD SYSTEMS ..................................................................................................3
MATRIX AND WIEGAND INTERFACES DESCRIBED ..........................................................4
USING THE MATRIX KEYPAD ..............................................................................................4
PROGRAMMABLE OUTPUT TIMERS...................................................................................4
REMOTE RELEASE INPUTS.................................................................................................5
DELAYED EGRESS FUNCTIONS ............................................................................................5
DOOR POSITION SWITCH FEATURES................................................................................5
REQUEST TO EXIT OVERRIDE............................................................................................6
FIRE ALARM INTERFACE........................................................................................................6
ADDITIONAL CONTROLLER FEATURES ...............................................................................6
VIDEO RECORDER OUTPUT ...............................................................................................6
PANIC SIGNALLING ..............................................................................................................6
AUTOMATIC KEY PRESS CLEARING ..................................................................................7
WIEGAND LED CONTROL ....................................................................................................7
LED INDICATOR OUTPUTS ..................................................................................................7
BACKUP BATTERY PASS-THROUGH..................................................................................7
EEPROM MEMORY ...............................................................................................................7
SELF-RESETTING DESIGN ..................................................................................................7
CODES SPECIFIC TO EACH READER.................................................................................7
HARDWARE CONNECTION.....................................................................................................7
POWER CONNECTION .........................................................................................................7
TEL: (203)-634-3900 FAX: (203)-238-2425
EMAIL:
HIGHPOWER@HIGHPOWERSECURITY.COM
WEB:
WWW.HIGHPOWERSECURITY.COM
FIRMWARE VERSION 2.1.0
DOCUMENT NUMBER: 980-3000-2.1.0
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Summary of Contents for Highpower 3000
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Page 1: Table Of Contents
WEB: WWW.HIGHPOWERSECURITY.COM Dear Customer, if you are having problems using this product, please call Highpower Technical Support at 800-991-3646. We are here to help and we appreciate your business! Dear Installer: When using the controller without connection to a fire alarm, place a wire jumper from terminals #57 and #60 for proper controller operation or use the V+ terminals for power. -
Page 2: Controller Description
TYPICAL SYSTEM RISER DIAGRAM ..................30 CONTROLLER DESCRIPTION The Highpower Multifunction Door Controller is a control circuit used to provide delayed egress for one door and access control functions for two doors. The controller is designed to store access codes by interfacing with keypads, card readers and biometrics, and can control electromagnetic locks and electric strikes. -
Page 3: Key Features
KEY FEATURES • Delayed Egress Controller with BOCA and NFPA 101 compatibility modes. Controller provides both an audible and visual LED response on one door. • Integrated Access Control with both 26-Bit Wiegand Input and 7-Wire Matrix Keypad Input. Unit can store 510 users in non-volatile EEPROM memory. -
Page 4: Matrix And Wiegand Interfaces Described
16-bits of the data values in order to store codes. Despite this, the Highpower Wiegand Interface provides full Data Parity Checking over the entire 26-bits to ensure code integrity. In addition, the Wiegand interface is fully signal de-bounced, in order to filter noisy Wiegand data, and has automatic detection of data transmission rate, so that 26-bit Wiegand devices from many brands should work properly. -
Page 5: Remote Release Inputs
When a code is entered, the controller looks up which output timer(s) the code is programmed to actuate. The duration of each of these timers is programmable. Since each output has a timer associated to it, the output stays unlocked for the programmed time when actuated. If the timers are programmed to open for “zero”... -
Page 6: Request To Exit Override
Output 1 immediately after a door closure. This prevents another user from “tail-gating”; tail-gating is passing through the door immediately after another user has entered their code, effectively allowing two people to pass using the first user’s code. The Forced Door Alarm is triggered when the locking mechanism of a door is defeated. In this case, the door is supposed to be locked, but the door position sensor is open. -
Page 7: Automatic Key Press Clearing
AUTOMATIC KEY PRESS CLEARING The controller will dump any key presses that are entered on the matrix keypad if the code is not completed in 8 seconds. This feature is disabled when the controller is in programming mode. WIEGAND LED CONTROL The Wiegand LED control lines reflect the conditions of Relay 1 and Relay 2. -
Page 8: Fire Alarm Preparation
FIRE ALARM PREPARATION If the Model 3000 is not being connected to an external fire alarm system, then you must place a jumper from terminal 60 to terminal 57. If you do not do this, the fire alarm system will not provide power to the lock outputs (V ). -
Page 9: Wiegand Ports
WIEGAND PORTS The controller has two 26-Bit Wiegand Ports for connection of two Wiegand Devices. Terminals 4 through 9 construct Wiegand Port 1. Terminals 10 through 15 construct Wiegand Port 2. TERMINAL # NAME FUNCTION Port 1: (+V) DC Supply Voltage 35 VDC Maximum (+5V) (+5) VDC Regulated DC Supply Ground... -
Page 10: Tested Brands Of Wiegand Devices
In accordance with this goal, we have created our Wiegand interface to automatically detect the transmission speed of any Wiegand device connected. As a result, we are compiling a list of Wiegand devices that have been tested with the Model 3000. These devices include the following: PROXIMITY READERS All 26-Bit Wiegand “Revision D”... -
Page 11: Delayed Egress Port Wire Connection Diagram
DELAYED EGRESS PORT WIRE CONNECTION DIAGRAM Delayed Egress Port Terminal Block TRM3: 16 17 18 19 20 21 22 AUDIBLE ALARM (SONALERT) NORMALLY NORMALLY CLOSED OPEN REQUEST TO EXIT SWITCH RESET KEY- SWITCH NORMALLY OPEN (HELD CLOSED) DOOR POSITION MAGNETIC SWITCH Page 11 of 30... -
Page 12: Led Indicator Outputs
LED INDICATOR OUTPUTS The LED Indicator outputs are used to monitor the status of the controller externally. These signals are usually sent to indicators that are mounted externally with the matrix keypad. There is an output in this terminal block group called “ACT” (active) that is used to trigger a video recorder during events. These outputs can also be used to power small relays (<... -
Page 13: External Matrix Keypad Port
EXTERNAL MATRIX KEYPAD PORT An external matrix keypad can be connected to the controller. This keypad can both be used as an access device or a programming interface. Using the matrix keypad externally also allows for Panic Signaling. TERMINAL # NAME FUNCTION Matrix Keypad Column 1 Matrix Keypad Column 2... -
Page 14: Relay Outputs 1 And 2
RELAY OUTPUTS 1 AND 2 The relay outputs have a common configuration. These outputs are used mainly to run an electromagnetic lock or electric strike. The maximum current that can be switched by these outputs is 15 Amps. TERMINAL # NAME FUNCTION Output 1: Supply Voltage from Fire Alarm Relay... -
Page 15: Relay Output 1 Wire Connection Diagram Example
RELAY OUTPUT 1 WIRE CONNECTION DIAGRAM EXAMPLE Relay Output 1 Common J JP7: Note: This jumper is used to connect the common of Relay 1 to either Ground, V+ or neither. Relay Output 1 Terminal Block TRM6: 38 39 40 41 42 43 1N4005 DIODE*... -
Page 16: Relay Output 2 Wire Connection Diagram Example
RELAY OUTPUT 2 WIRE CONNECTION DIAGRAM EXAMPLE Relay Output 2 Common Jumper JP8: Note: This jumper is used to connect the common of Relay 2 to either Ground, V+ or neither. Relay Output 2 Terminal Block TRM7: 44 45 46 47 48 49 1N4005 DIODE*... -
Page 17: Connecting A Proximity Detector To A Relay Output
CONNECTING A PROXIMITY DETECTOR TO A RELAY OUTPUT Relay Output 1 Common Jumper JP7: Note: This jumper is used to connect the common of Relay 1 to either Ground, V+ or neither. Remove the jumper for this configuration. Relay Output 1 Terminal Block TRM6: 38 39 40... -
Page 18: Transistor Outputs 3 And 4
TRANSISTOR OUTPUTS 3 AND 4 The transistor outputs have a common configuration. These are auxiliary outputs that can run external indicators, counters or extra access control devices. The maximum current that can be switched by these outputs is 5 Amps. TERMINAL # NAME FUNCTION Supply Voltage from Fire Alarm Relay... - Page 19 FIRE ALARM INTERFACE WIRE CONNECTION WITH MANUAL EXTERNAL RESET Fire Alarm Terminal Block TRM9: 54 55 56 57 58 * R1 EXTERNAL LAMP NORMALLY INDICATES TRIPPED OPEN FIRE ALARM RELAY MANUAL FIRE CONDITION ALARM RELAY RESET (KEYSWITCH) EXTERNAL LAMP INDICATES OK FIRE ALARM RELAY CONDITION NORMALLY OPEN...
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Page 20: Fire Alarm Interface Wire Connection With Automatic Reset
FIRE ALARM INTERFACE WIRE CONNECTION WITH AUTOMATIC RESET Fire Alarm Terminal Block TRM9: 54 55 56 57 58 * R1 EXTER NAL LAMP AUTOMATIC INDIC ATES TRIPPED FIRE ALARM FIRE ALARM RELAY RELAY CONDITIO N RESET JUMPER EXTER NAL LAMP INDIC ATES OK FIRE ALAR M RELAY CONDITIO N... -
Page 21: Battery Pass-Through
This feature is only installed at the factory and is used with Highpower Power Supplies. LED INDICATOR FUNCTIONS... -
Page 22: Applications
APPLICATIONS SAFELY WIRING THE CONTROLLER WITH AN ELECTROMAGNETIC LOCK AND A PNUEMATIC PUSHBUTTON Relay Output 1 Common Jumper JP7: Note: This jumper is used to connect the common of Relay 1 to either Ground, V+ or neither. Remove the jumper for this configuration. Relay Output 1 Terminal Block TRM6:... -
Page 23: Safely Wiring The Controller With An Electromagnetic Lock, Pnuematic Pushbutton And Pir Sensor
SAFELY WIRING THE CONTROLLER WITH AN ELECTROMAGNETIC LOCK, PNUEMATIC PUSHBUTTON AND PIR SENSOR Relay Output 1 Common Jumper JP7: Note: This jumper is used to connect the common of Relay 1 to either Ground, V+ or neither. Remove the jumper for this configuration. Relay Output 1 Terminal Block TRM6:... -
Page 24: Using Toggle Codes To Leave A Door Unlocked
USING TOGGLE CODES TO LEAVE A DOOR UNLOCKED There are applications where a door in the system must be held open for an extended amount of time. You can use a second output of the controller to latch a door in an unlocked mode. By using a transistor output in conjunction with one relay output, you can program the controller to offer timed entry through one code and latched entry with a second code. -
Page 25: Using A Transistor Output To Control An Electromagnetic Lock
In this example, Relay Output 1 switches current that is provided from Transistor Output 3. If Output 1 is programmed to time the door, the door will unlock when codes that activate Output 1 are used. By programming Output 3 to toggle when activated, codes that activate Output 3 will cause the door to remain unlocked or locked, depending on the state of Output 3. -
Page 26: Controlling Four Doors With The Model 3000
CONTROLLING FOUR DOORS WITH THE MODEL 3000 The Wiegand Access Control Module of the Model 3000 Controller was designed to run two doors independently. Since the controller has four outputs, in some systems the controller can be used to control up to four doors. You can connect four Wiegand devices to the controller by connecting more than one device into each of the two Wiegand ports. -
Page 27: Third-Party Add-On Peripherals
An external relay can be used in conjunction with a door position switch in order to increase the contact capacity of the door position switch. Contact Highpower if you require further assistance configuring this type of system. -
Page 28: Custom Wiring Diagrams And Unique Applications
Model 3000 is manufactured to the highest quality standards to provide years of dependable service. The Model 3000 is warranted for two years from the date of shipment against defects in parts, workmanship and materials, when installed in accordance with instructions. Defects that occur within this warranty period, under normal use of the product, shall be repaired or replaced with a new unit, solely at our option. -
Page 29: Troubleshooting Issues
TROUBLESHOOTING ISSUES This section describes troubleshooting information that is discovered through technical support calls with our customers. Highpower attempts to update this section on a regular basis with solutions to commonly asked technical support questions. Problem Description Resolution The controller tends to reset from time to time Make sure that there is adequate surge when a door is released. -
Page 30: Typical System Riser Diagram
TYPICAL SYSTEM RISER DIAGRAM EXTERNAL FIRE ALARM CONTACT 110VAC 220VAC Transformer Lightning 4000 Power Supply Highpower Model 3000 Multifunction Door Control Door #1 Inside Door #1 Outside Door #2 Inside Door #2 Outside 4 # 18 AWG 4 # 18 AWG...
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