Cansec H1000 User manual

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

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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
Step 3 –Power On Panel..............................................................................................11
Step 4 –Clear Panel Memory........................................................................................12
Host Communication LEDs............................................................................................13
Firmware Status LEDS..................................................................................................13
Reader Status LEDs......................................................................................................14
Communications Wiring.............................................................................................................16
Using a CLAUSB (RS-485)............................................................................................17
Using a CANLAN (RS-485) ...........................................................................................18
Using AIR-485 (RS-485)................................................................................................19
Wiegand-Compatible Reader Wiring..........................................................................................20
Lock Output Relay Wiring ..........................................................................................................21
Electric Strikes –UP To 6 Amp*, 30VDC MAX Relay Contact......................................23
Magnetic Locks –UP To 6 Amp*, 30VDC MAX Relay Contact......................................24
Door Contacts ...............................................................................................................25
Exit Button Options........................................................................................................26
Tamper/Forced Entry Output (Shared outputs)..............................................................28
Door Held Open Output.................................................................................................29
Alarm Shunt Output.......................................................................................................29
Onboard Input/Output Points.........................................................................................29
Input Point Wiring (supervised)......................................................................................31
Input Point Wiring (non-supervised)...............................................................................32
Output Point Wiring .......................................................................................................33
Power and Power Saving Option...............................................................................................34
Troubleshooting..........................................................................................................................35
Communication Problems..............................................................................................35
Reader Problems ..........................................................................................................36
Input/Output Problems...................................................................................................38

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Other Problems.............................................................................................................38
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.
All rights reserved.

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Expansion board for ease of future system upgrades
Compatibility with CP40 controller (limited)
Supports 65,000 users
Supports 2 readers/doors
Supports Entry/Exit per reader/door (Exit readers are
Hurricane Software Supported)
Supports 26-bit or Cansec 37-bit Wiegand and the
HID Corporate 1000 format
Supports 8 Input points (with or without supervision)
Supports 8 Output relays
Supports Direct Integrated Keypads (with encryption)
Supports 16 to 64 floors elevator control (see “H1000
Elevator Control Installation Guide” document)
Introduction
Cansec Systems’H1000 control panel utilizes a 32-bit processor and implements
new system architecture. This new architecture allows for easy system upgrades
without the need for H1000 control panel replacement. Included in the new
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. The readers can be Cansec’s CanProx One
Proximity Readers (AWID or HID card technology) or one of many other popular
Wiegand readers.
The H1000 control panel has provisions to support industry-standard 26-bit
Wiegand, Cansec 37-bit Wiegand or the HID Corporate 1000 format. The H1000
control panel board supports 8 on-board inputs (supervised or non-supervised), and
8 on-board Form “C” relay outputs. Standard firmware supports elevator control.
Key Features
Note: Always ensure the H1000
controller is operating on the latest
approved firmware version for
compatibility to this document.
EX100 - Expansion Board
H1000 Control Panel

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Specifications
Suggested Cansec Power Supply
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)………………………………..…40ma(see Note 2)
Temperature Range
Operating……………………………………………………………………………… -20˚C to 60˚C
Storage (without lithium battery) ……………………………………………-40˚C to 105˚C
Relative Humidity
Operating ………………………………………………………..……………………… 20% to 80%
Auto Resettable Fuses
H1000 Main 12V DC………………………………………………………………………………1 A
Each Reader Pair …………………………………………………………………………………… 1 A
Output Relays (See Note 3 for 6 Amp Relay Rating)
Lock (2 per panel) …………………………………………………………SPDT 6 A @ 30 VDC
Alarm Shunt ……………………………………………………………… SPDT 6 A @ 30 VDC
Door Held Open ………………………………………………………… SPDT 6 A @ 30 VDC
Forced Entry (2 each per panel) …………………………………… SPDT 6 A @ 30 VDC
Onboard I/O (8 outputs) ………………………………………………SPDT 6 A @ 30 VDC

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Inputs
Door Contact (2 per panel) ……………………………Requires normally closed contact
(On/Off door switch)
Exit Button (2 per panel) ………………..………………Requires normally open contact
(Momentary push button switch)
(M
Communications and Reader Cable
RS-485 Cable……………………………………22 AWG, stranded/shielded, twisted pair
..................................................... 609 m [2000 ft] max total length
........................................................................Belden 88761 or equivalent
NOTE: Up to 16 controllers may be connected on an RS-485 bus.
Wiegand Readers........................................ 6 conductor (twisted pair not required)
.............................................................................. 22 AWG, overall shield
......................................................................... 152 m [500 ft] max. length
NOTE: Consult reader specifications as 12-gauge wire may be required for power.
Dimensions & Weight
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 ............................................................................... 4.3 kg [9.6 lbs]
Note: Specifications subject to change without notice.
NOTE: Tech Support will only be provided where product installation guidelines
have been followed.

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Specification Notes
CAUTION: EMERGENCY LOCKDOWN
Emergency lockdown functions must operate totally independent of the access
control system and must not rely on operation of card readers, access control
panels, communications networks, communications devices or host software.
Cansec accepts no responsibility for direct or consequential damages resulting from
the failure of emergency lockdown functions which are dependant in any way on
the operation of card readers, access control panels, communications networks,
communications devices or host software.
NOTE:
Improper Wiegand cable (new or originally installed cable, or missing required
shield connections) may result in high frequency noise present on the data lines -
this Wiegand misread issue is more evident on longer Wiegand reader cables. If the
suggested modification below does not correct the problem, the reader cable may
have to be replaced with the correct type of Wiegand reader cable.
Attach two 0.1uF capacitors (any capacitor voltage > 16 VDC). Place the capacitors
at the H1000 reader connector with:
one 0.1uF capacitor between pin 1 (D0) and Pin 5 (Ground)
one 0.1uF capacitor between pin 2 (D1) and Pin 5 (Ground)
NOTE 1: Suggested Cansec Power Supply - CA-PS123A
The Cansec CA-PS123A (12VDC/2A) power supply should be used with H1000
controller for CP40 compatibility. This power supply allows for connection of one
H1000 controller, two standard locks and two standard proximity readers.
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.

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CA-PS123A Specifications Notice:
When using a pluggable 16 VAC standard 40 VA transformer:
Maximum Continuous Current (no battery attached): 2 amps for 12 VDC on
the Output.
Maximum Continuous Current (battery attached): 1.5 amps for 12 VDC on the
Output (battery will be charging when needed).
Using a wire in 16 VAC standard 75 VA transformer:
Maximum Continuous Current (no battery attached): 2.5 amps for 12 VDC on
the Output.
Maximum Continuous Current (battery attached): 2.0 amps for 12 VDC on the
Output (battery will be charging when needed).
Surge currents need to be taken into account. High current devices like electric
strikes and magnetic locks have surge currents which are usually double the
running current.
The CA-PS123A’s DC output is fused at 2.5 amps.
An electrician is not required for installation of this supply.
NOTE 2: Power Savings
If JP19 and JP20 are placed to the OFF position, all non-essential LEDs will not
indicate thus conserving power. This can be implemented after the system is
installed and approved. See Figure 1 for location of JP19 and JP20.
NOTE 3: 6 Amp Relay Rating
This is the maximum current that can be switched reliably when connected to a
‘NON-Inductive load’ up to 30VDC. Electric strikes and magnetic locks are
considered ‘Inductive Loads’. It is important to have the diode or MOV attached at
the locking device to remove the CEMF pulse that is generated when switching an
‘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.

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IMPORTANT: In some jurisdictions, the use of a UL approved power
supply and connection to the fire alarm system for emergency release may be
required. 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.

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H1000 Version 1.1 Controller Layout
See appendix for H1000 Version 1.0 Controller Layout
Figure 1: H1000 Version 1.1 Controller Layout

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Important Installation Notes
1. Any changes made to the settings (addressing, dip switches, etc.) will take
place only after the panel is RESET or powered off and on.
2. Each panel must have a unique address. See instructions below.
3. Before connecting ANY wires (readers, communication, locks), ensure that
the lithium battery is at 3V and present in BH1 socket.
4. Clear the panel memory. See instructions below.
5. A battery backup power supply is recommended for each panel.
New Panel Installation Instructions
STEP 1 –INSPECT LITHIUM BATTERY
Ensure that the 3V lithium battery (see Figure 2: A), which is required for
proper operation of the Real Time Clock (RTC), is present and is measured at
3V.
STEP 2 –SET PANEL ADDRESS
Set the panel address (see Figure 2: B)by rotating the address dial
clockwise to the desired address from 1 to 16 (A=10, B=11, C=12,
D=13, E=14, F=15, 0=16).
STEP 3 –POWER ON PANEL
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).

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STEP 4 –CLEAR PANEL MEMORY
1. Referring to Options DIP Switch S1 ( see 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 ( see
Figure 2: F)for approximately 20 seconds. Note: Only the appropriate LEDs
that are ‘ON’ will be flashing during this process.
4. The H1000 onboard beeper ( see Figure 2: H)begins to beep continuously to
indicate that the panel memory is cleared.
5. Slide switch 3 (OPT3) ( see Figure 2: D)back to the left (OFF).
6. Press and release the Reset button (see Figure 2: C ). H1000 Panel database is
now cleared to virgin state and ready for operation.
Figure 2: H1000 Version 1.1 Operational Parts Location
See appendix for H1000 Version 1.0 Operational Parts Location

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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. These two LEDs are active when the panel is
communicating with the host computer.
FIRMWARE STATUS LEDS
When the H1000 is correctly operating, the LED4 (labeled BD STAT, see Figure
2: I) will be flashing RED & OFF once a second.
Note: During a H1000 firmware upgrade, the LED4 will be on solid RED.
Firmware upgrades are achieved using the HFLASH Utility.

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READER STATUS LEDS
RLED1 through RLED8 are used to indicate the reader status of the associated
reader ports (RD1-RD8). When a valid Wiegand format credential is presented
to the reader, the LED flashes RED to indicate that the credential has been
read. 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:
RD1=CP40 Reader A
RD3=CP40 Reader B
Note: Exit Reader RD2 & RD4 are supported when using Hurriane software.
Figure 4: Reader Status LEDs

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Onboard DIP Switch
The H1000 has only one on-board DIP Switch labeled
S1 ( see Figure 2: D for location). This switch has 4
options:
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 –Standard/Elevator
OFF –Standard H1000 door controller (default setting).
ON –H1000 elevator controller (see H1000 Elevator
Control Installation Guide).
#2 –Supervision
ON –Disables input supervision (all 8 inputs).
OFF –Enables input supervision (all 8 inputs).
#3 –Clear memory
ON –Press and release reset button to erase memory.
During operation, reader RLED1 to RLED8 will
flash On and Off. Upon completion, a continuous
beep will be present on Beeper LS1. Slide switch
#3 to OFF then press and release reset button.
OFF –Normal operation.
#4–Diagnostic
ON –Start diagnostic. Press and release reset button to
cycle all outputs on and off in 1 second intervals.
OFF –Stop diagnostic. Press and release reset button to
turn off diagnostics.

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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.
H1000 Version 1.0 controllers are equipped with one RS485 connector (see
Appendix Figure 26). Two wires have to be connected into one connector for the next
added panel.
Figure 6: RS-485 Communication Port (H1000 Version 1.1)
1.1)
NOTE: The EIA RS-485
standard does not permit
T-Tap or Star connections.

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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.

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USING A CANLAN (RS-485)
Refer to the CanLan Installation Manual for instructions on how to configure the
CanLan software.
Note: It’s recommended to use Option 2 below and connect to a battery backup
power source to avoid communication failure when there is a power outage.
Figure 8: Communication Wiring Using a CanLan
NOTE: The EIA RS-485
standard does not permit
T-Tap or Star connections.

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USING AIR-485 (RS-485)
Read the Air-485 Installation Manual for instructions on how to configure the
Air-485. It is recommended that the Air-485 modems are connected to a battery
backup power source to avoid communication failure during a power outage.
Figure 9: Communication Wiring Using an Air-485
NOTE: The EIA RS-485
standard does not permit
T-Tap or Star connections.

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Wiegand-Compatible Reader Wiring
The H1000 access controller is as a two-door access control panel when using
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.
The H1000 reader connections are labeled below the reader connectors shown in
Figure 10. The 12 VDC power is supplied to the reader through the reader
connector.
The H1000 has 4 reader (RD1-RD4) connectors available. Every 2 readers (i.e. RD1
and RD2, RD3 and RD4, etc.) use an auto-resettable fuse with a 1 amp maximum
rating.
A 6-conductor overall shield wire is required for proper Wiegand reader
connection. See the reader manufacturer for the wire gauge requirement for
different reader distances to the control panel.
Figure 10: Connecting Wiegand-Compatible Reader