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Cansec H1000 Installation Manual And Instructions For Use

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H1000 Controller
INSTALLATION MANUAL
For
 H1000 Controller Version 1.0 with Expansion Board EX100 1.0
 H1000 Controller Version 1.1 with Expansion Board EX100 1.1
October 2015
Cutting edge simplicity

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  • Page 1 H1000 Controller INSTALLATION MANUAL  H1000 Controller Version 1.0 with Expansion Board EX100 1.0  H1000 Controller Version 1.1 with Expansion Board EX100 1.1 October 2015 Cutting edge simplicity...

  • Page 2: Table Of Contents

    Table of Contents Introduction ........................... 4 H1000 Version 1.1 Controller Layout ..................10 Important Installation Notes ....................... 11 New Panel Installation Instructions ................... 11  Step 1 – Inspect Lithium Battery ..................11  Step 2 – Set Panel Address ...................11 ...
  • Page 3  Door Contact And Request To Exit Supervision ............40  H1000 Version 1.0 controller Layout ................42  H1000 Version 1.0 Operational Parts Location ..............43  H1000 Version 1.0 RS-485 Connector................43  Using a CLAUSB2 (RS-485) ..................44  Copyright 2013 - 2015 Cansec Systems Ltd.

  • Page 4: Introduction

    H1000 architecture is the ability to ‘Flash’ applications and firmware updates into the control panel using the existing host communication connection port. The H1000 control panel is ‘flashed with CP40 emulation code’ and thus supports up to 65,000 users. In the CP40 mode emulation, and using Hurricane software, the H1000 control panel supports two door combinations where each door may have an Entry and an Exit reader.
  • Page 5 CA-PS123A ……………………………………………………………… 12VDC/2A (see Note 1) H1000 Controller Power Requirements (No Readers Attached) Maximum Current H1000 Controller (all Relays, LEDs ON)………………… 330ma Maximum Current H1000 Controller (all Relays, LEDs ON) …250ma (see Note 2) H1000 Controller Idle Operating Current H1000 Controller (standard operating)………………………………….………………. 90ma H1000 Controller (standard operating)………………………………..…...
  • Page 6 H1000 Controller……………….……………………………………………………..7” (L) x 7” (W) [18 cm (L) x 18 cm (W)] H1000 Enclosure ……………………………………………..13” (W) x 19” (H) x 3 5/8” (D) [33 cm (W) x 48 cm (H] x 9.2 cm (D)] Controller Weight ................300 g [10.7 oz] Enclosure Weight ................
  • Page 7 Additional Power Supply Information: Power requirements of attached locks and readers will have to be calculated based on the reader/lock manufacturer. As mentioned above, Cansec’s standard Power Supply is a good choice. When using a 16V 40 VA AC transformer there is about 1.5 amps continuous current available for the devices, with the remaining current used to charge the 12volt SLA battery.
  • Page 8 ‘Inductive Load’. It is advisable to use a 50% switch factor or 3 amps as the maximum switching current for longer relay life. An external relay should be used on larger voltage and current requirements. H1000 Page 8 of 45 Installation Manual...
  • Page 9 Installers should contact the local authority having jurisdiction to verify the specific requirements. Also, a building permit may be required in some jurisdictions for the installation of magnetic locks. H1000 Page 9 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 10: H1000 Version 1.1 Controller Layout

    H1000 Version 1.1 Controller Layout See appendix for H1000 Version 1.0 Controller Layout Figure 1: H1000 Version 1.1 Controller Layout H1000 Page 10 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 11: Important Installation Notes

    The H1000 requires an external 12 VDC power supply (see Figure 2: G). Many devices can be attached to the H1000, thus it is more cost effective to use a separate power supply which can be sized to supply the amount of current that the attached devices (locks and readers) will require (See Power and Power Savings Options section for more information).

  • Page 12: Step 4 - Clear Panel Memory

    Figure 2: D), slide switch 3 (OPT3) to the right (ON). 2. Press and release the Reset button (see Figure 2: C) 3. “Clearing Panel Memory” is indicated by the rapid flashing of the H1000 onboard Reader LEDs labeled RLED1 see Figure 2: E) and RLED3 Figure 2: F) for approximately 20 seconds.

  • Page 13: Host Communication Leds

    Onboard LEDs H1000 panels are equipped with a number of LEDs that indicate various processes. HOST COMMUNICATION LEDS Figure 3: RS-485 Communication LED The host communication LEDs are labeled LED2 and LED3. The H1000 transmitting LED2 will flash between GREEN and OFF, and receiving LED3 will flash between RED and OFF.

  • Page 14: Reader Status Leds

    A non-valid Wiegand format will cause the LED to flash multiple times (Please see the “Troubleshooting” section for a table of RLED’s error indicator). When the H1000 is powered on, RLED1 & RLED3 will be on solid RED. These are the 2 active reader ports in the CP40 mode emulation:...
  • Page 15 Figure 5: Onboard DIP Switch NOTE: The table below does not reflect DIP switch settings used to configure the H1000 for Elevator Control. For elevator control installation and configuration instructions, refer to the “H1000 Elevator Control Installation Guide”. Switch Number Function #1 –...

  • Page 16: Communications Wiring

    Communications Wiring H1000 Version 1.1 controllers are equipped with two RS485 connectors (see Figure 6) to allow easy connection of new added panels. This eliminates the need to connect 2 wires into one connector. The 2-wire RS-485 connections are A and B. The shield wire should be connected to GND.

  • Page 17: Using A Clausb (Rs-485)

    USING A CLAUSB (RS-485) For CLAUSB2 please see Appendix section. Figure 7: Communication Wiring Using a CLAUSB NOTE: The EIA RS-485 standard does not permit T-Tap or Star connections. H1000 Page 17 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 18: Using A Canlan (Rs-485)

    NOTE: The EIA RS-485 standard does not permit T-Tap or Star connections. Figure 8: Communication Wiring Using a CanLan H1000 Page 18 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 19: Using Air-485 (Rs-485)

    NOTE: The EIA RS-485 standard does not permit T-Tap or Star connections. Figure 9: Communication Wiring Using an Air-485 H1000 Page 19 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 20: Wiegand-Compatible Reader Wiring

    Hurricane software. Each door may have an Entry and an Exit reader. The readers can read a standard 26-bit or Cansec 37-bit Wiegand proprietary formatted card or the HID Corporate 1000 formatted card. The H1000 uses a small 6 pin keyed connector for proper reader signal connectivity.

  • Page 21: Lock Output Relay Wiring

    See NOTE 3 for 6 Amp Relay Rating in the Specifications section of this manual. There are 16 relays available on the H1000, labeled 1 to 16. Each output is a ‘dry’ form “C” contact output capable of switching 6 amps @ 30Volts. Each output is configured for a 2-wire connection.
  • Page 22 Figure 11: Lock Output Relay Jumper Settings and Wiring H1000 Page 22 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 23: Electric Strikes - Up To 6 Amp*, 30Vdc Max Relay Contact

    ELECTRIC STRIKES – UP TO 6 AMP*, 30VDC MAX RELAY CONTACT Figure 12: Connecting Electric Strikes *See NOTE 3 for 6 Amp Relay Rating in the Specifications section of this manual H1000 Page 23 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 24: Magnetic Locks - Up To 6 Amp*, 30Vdc Max Relay Contact

    Installers should contact the local authority having jurisdiction to verify the specific requirements. Also, a building permit may be required in some jurisdictions for the installation of magnetic locks. H1000 Page 24 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 25: Door Contacts

    Only connect dry contact devices to these inputs. NOTE: To enable supervision of the Door Contact and Request to Exit (RTE) button attached to the H1000 controller, see the “Door Contact and Request to Exit Supervision” section in the Appendix.

  • Page 26: Exit Button Options

    (Factory Default) Similarly for the door B, use SH7 to enable or disable Exit Button. NOTE: It is necessary to RESET the H1000 controller to adopt the new settings when any jumper setting is changed. Figure 15: Connecting Exit Buttons...
  • Page 27 Tamper/Forced, Door-Held-Open and Alarm-Shunt Outputs Figure 16: Connecting Forced Entry, Door Held Open and Alarm Shunt  Open In addition to the lock output relay, each reader port on the H1000 is equipped with three other relay outputs for:  Forced Entry ...

  • Page 28: Tamper/Forced Entry Output (Shared Outputs)

    If cabinet tamper is used, both Tamper Relays on Reader “A” and Reader “B” will go on together indicating this alarm. Hurricane software will report Panel Tamper. Figure 17: Connecting Cabinet Tamper H1000 Page 28 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 29: Door Held Open Output

     8 onboard supervised or non-supervised inputs, labeled on the H1000 panel along the INPUT side as 9 to 16.  8 onboard output control relays (Form C Relay), labeled on the H1000 panel along the OUTPUT side as 9 to 16.
  • Page 30 When using Hurricane software, points 1 to 8 must be defined as inputs, these points 1-8 are labeled 9-16 on the H1000 PCB. Points 9 to16 are reserved for output point definition. (Labeled 9-16 on PCB Input Side) Figure 19: IO Points Definition in Hurricane Software...

  • Page 31: Input Point Wiring (Supervised)

    NOTE: Jumpers SH9, SH11, SH13 and SH15 must be set to the bottom 2 pins to enable input mode for those points (factory default). NOTE: There are no jumpers on points 10, 12, 14 and 16. H1000 Page 31 of 45 Installation Manual...

  • Page 32: Input Point Wiring (Non-Supervised)

    (factory default). NOTE: There are no jumpers on points 10, 12, 14 and 16. If supervision is not required, the Cansec end-of-line resistor will not be used. You must disable supervision at the dip switch (S2) by setting switch 2 (OPT2) to ON as shown.

  • Page 33: Output Point Wiring

    Figure 22: Wiring Output Points Each relay provides a dry contact, rated for 6A* @ 30 VDC maximum. *See NOTE 3 for 6 amp relay rating in the specifications section of this manual H1000 Page 33 of 45 Installation Manual...

  • Page 34: Power And Power Saving Option

    Many devices can be attached to the H1000, thus it is more cost effective to use a separate power supply which can be sized to supply the amount of current that the attached devices (locks and readers) will require.

  • Page 35: Troubleshooting

    Symptoms: No communication to some panels 1. Double-check the RS-485 wiring and jumper settings on the panels. 2. Make sure that each panel has a unique address. H1000 Page 35 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 36: Reader Problems

    After one panel is working attach a second panel, verify its connection, and repeat this process for all the panels. Using this method a problem panel may be located. 6. If all attempts to restore communication fail, please contact Cansec Technical Support. READER PROBLEMS Symptoms: Does not read cards, no audible beep, no LED 1.
  • Page 37 VDC. Make sure the polarity is correct. If voltage is not present, check wiring back to the H1000 reader port. Note: In some cases the reader LED may be lit and DIM. This usually means the reader is being powered by the LED or Beeper wire, thus it is critical to make sure the 12 VDC is present right at the power connection at the reader.

  • Page 38: Input/Output Problems

    Edit. The “16 Point IO board” has to be selected on the right side of the screen. 2. Make sure that all points on the H1000 board are set (see Jumper Settings) the same way as in the Hurricane software; for instance, an input point on the H1000 board has to be set as an input in the software.
  • Page 39 2. Check the power requirements of all devices being powered from the panel; some devices might be overloading the supply. Cabinet Configurations for H1000 Controller CA-H1000 CA-H1000 & CA-PS123A (Battery sold separately) CA-H1000 & CA-H1000PCB CA-H1000PCB & CA-SLBOX H1000 Page 39 of 45 Installation Manual Oct 2015 •...

  • Page 40: Door Contact And Request To Exit Supervision

    Contact and Request To Exit (RTE) button attached to the H1000 controller. Reader 1 and Reader 3 on the H1000 can be selected individually for this monitoring feature. When the feature is enabled on the Reader port, both devices, the Door Contact and...
  • Page 41 Reader 1 of the H1000 controller, attach a short piece of wire between input terminals 6A and 6B on the H1000 board. This will turn on the 4 state supervision for the Door Contact and RTE devices on Reader 1. To enable the feature on Reader 3, attach a short piece of wire between terminals 8A and 8B.

  • Page 42: H1000 Version 1.0 Controller Layout

    H1000 VERSION 1.0 CONTROLLER LAYOUT Figure 24: H1000 Version 1.0 Controller Layout H1000 Page 42 of 45 Installation Manual Oct 2015 • Rev. 2.6...

  • Page 43: H1000 Version 1.0 Operational Parts Location

    H1000 VERSION 1.0 OPERATIONAL PARTS LOCATION Figure 25: H1000 Version 1.0 Operational Parts Location H1000 VERSION 1.0 RS-485 CONNECTOR NOTE: The EIA RS-485 standard does not permit T-Tap or Star connections. Figure 26: H1000 Version 1.0 RS-485 Comm Port H1000...

  • Page 44: Using A Clausb2 (Rs-485)

    USING A CLAUSB2 (RS-485) NOTE: The EIA RS-485 standard does not permit T-Tap or Star connections. H1000 Page 44 of 45 Installation Manual Oct 2015 • Rev. 2.6...
  • Page 45 H1000 Page 45 of 45 Installation Manual Oct 2015 • Rev. 2.6...

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