Cansec H1000 User manual

H1000 Elevator Control
INSTALLATION GUIDE
For use with H1000 V1.1 panel and daughter card EX100 V1.1
October 2015

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Table of Contents
Introduction............................................................................................................................................................... 3
Overview.................................................................................................................................................................... 4
Requirements............................................................................................................................................................ 4
Elevator Control Configurations and Wirings........................................................................................................ 5
16 Floor Elevator System .................................................................................................................................5
32 Floor Elevator System .................................................................................................................................6
48 Floor Elevator System .................................................................................................................................7
64 Floor Elevator System .................................................................................................................................9
Master and Slave Control Panel LED Indicators.................................................................................................. 11
Master Panel Communication LEDS ..............................................................................................................12
Host Communication LEDs.......................................................................................................................... 12
Master EX100 Communication LEDs .......................................................................................................... 12
Slave Panel Communication LEDS ................................................................................................................13
Slave EX100 Communication LEDs ............................................................................................................13
Connection to the Elevator Controls .................................................................................................................... 14
Isolating Relays..............................................................................................................................................14
Safety ............................................................................................................................................................. 14
Fire Alarm.......................................................................................................................................................14
Service Override Switch .................................................................................................................................14
Host Communication Wiring.................................................................................................................................. 15
Using a CLAUSB (RS-485) ............................................................................................................................ 16
Using a CANLAN (RS-485) ............................................................................................................................17
Using AIR-485 (RS-485).................................................................................................................................18
Wiegand-Compatible Reader Wiring..................................................................................................................... 19
Appendix ................................................................................................................................................................. 20
Using a CLAUSB2 (RS-485) ..........................................................................................................................20
© Copyright 2014 - 2015 Cansec Systems, Ltd.

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Introduction
The H1000 controller has been designed to handle access to 64 floors of elevator control. In the
elevator application, the credential owners simply present their credentials to the reader mounted
inside the elevator cab to gain access to their assigned floors. This prevents access to unauthorized
elevator floors and at the same time allows the building owner to isolate different organizations
that cohabit the same building.
The H1000 controller is a cost effective solution allowing the building owner to purchase the
correct number of controllers required to control the number of elevator floors. A single controller
can control up to 16 floors, and if necessary more controllers may be added to accommodate 32,
48 and 64 floors.
NOTE: Tech Support will only be provided where product installation guidelines have been
followed.
H1000 Controller

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Overview
The H1000 control panel is designed to interface with the elevator electronics using the “Form C”
relay output contacts of the H1000 panel. These relay output contacts make or break the
connection to individual elevator floor buttons. The connection to these buttons is provided by
the elevator company.
The Wiegand Reader (located in the elevator cab) requires 6 conductors which will be connected
to the elevator travel cable used by the elevator. The elevator travel cable terminates in the elevator
control room, and from this location the 6 reader wires will be used to connect to the reader port
of the H1000 panel.
The H1000 “Form C” relay output contacts are designed to switch only low voltage. An Elevator
Relay Interface Box is required to make the actual connection to the floor buttons in the elevator
electronics. The Elevator Relay Interface Box must be supplied by the elevator contractor. 12 volt
relays are to be used in the interface box. The H1000 output relay contacts will switch the 12 volt
coil of the relay in the interface box.
Under no circumstance is 110/120 or higher voltage to be present in the access control panel
(many elevators use 110Volts AC or DC in the floor button circuitry which is considered a lethal
voltage). A service bypass switch must be installed in the Elevator Relay Interface Box to allow for
fire alarm release of all the floors in the event of a fire alarm and to allow service of either the
access control system or the physical elevator. If a bypass switch is not installed, both technical
parties need to be present during service of either the access control system or the elevator, and
that can be quite costly.
Requirements
Wiegand reader mounted inside the elevator cab.
Elevator Relay Interface Box, supplied by elevator contractor.
H1000 controller mounted in the elevator control room.
Refer to reader manufacturer for reader wire specifications.
H1000 relays should be used to switch low DC voltage, e.g. 12VDC.
H1000 V1.1 controller and daughter card EX100 V1.1.
H1000 Panel
Wiegand Reader
6 conductors
Travel Cable
6 conductors
Elevator Cab

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Elevator Control Configurations and Wirings
16 FLOOR ELEVATOR SYSTEM
This configuration is used when connecting to an elevator system of up to 16 floors. This
consists of one H1000 control panel.
See Hurricane Operator Guide for more information.
Edit->Panel Definitions. Select 16 Floor Elevator Board.
Edit->Elevator Sets. Select 16 Floors.
Dipswitch Settings:
OPT1: ON
OPT2: OFF
OPT3: OFF
OPT4: OFF
Panel address is set to 1 in this example.

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32 FLOOR ELEVATOR SYSTEM
This configuration is used when connecting to an elevator system of up to 32 floors. This
consists of two H1000 control panels, designated as a master panel and a slave panel.
Master Panel
Slave 1 Panel
1. Dipswitch Settings:
OPT1: ON
OPT2: ON
OPT3: OFF
OPT4: OFF
1. Dipswitch Settings:
OPT1: ON
OPT2: OFF
OPT3: OFF
OPT4: OFF
2. Jumper Setting:
2. Jumper Setting:
3. Address Setting:
3. Address Setting:
Panel address is set to the same as Master Panel
Master
Slave 1
Master and slave RS485 communication wires
RS485 Communication wires to host computer using Cansec
communication line driver, e.g. CLAUSB, Canlan or Air-485
Master Panel:
Controls floor 1 to 16
Slave 1 Panel:
Controls floor 17 to 32
Panel address is set to 1 in this example

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See Hurricane Operator Guide for more information.
Edit->Panel Definitions. Select 32, 48, 64 Floor Elevator Board.
Edit->Elevator Sets. Select 32 Floors.
48 FLOOR ELEVATOR SYSTEM
This configuration is used when connecting to an elevator of up to 48 floors. This consists of
three H1000 control panels, designated as a master panel and a two slave panels.
Master
Slave 1
Slave 2
RS485 Communication wires to host computer using Cansec
communication line driver e.g. CLAUSB, Canlan or Air-485
Master and slave RS485 communication wires
Master Panel: Controls floor 1 to 16
Slave Panel 1: Controls floor 17 to 32
Slave Panel 2: Controls floor 33 to 48

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Master Panel
Slave 1 Panel
1. Dipswitch Settings:
OPT1: ON
OPT2: ON
OPT3: OFF
OPT4: OFF
1. Dipswitch Settings:
OPT1: ON
OPT2: OFF
OPT3: OFF
OPT4: OFF
2. Jumper Setting:
2. Jumper Setting:
3. Address Setting:
3. Address Setting:
Panel address is set to the same as Master Panel
Slave 2 Panel
1. Dipswitch Settings:
OPT1: OFF
OPT2: ON
OPT3: OFF
OPT4: OFF
2. Jumper Setting:
3. Address Setting:
Panel address is set to the same as Master Panel
See Hurricane Operator Guide for more information.
Edit->Panel Definitions. Select 32, 48, 64 Elevator Floor Board.
Panel address is set to 1 in this example

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Edit->Elevator Sets. Select 48 Floors.
64 FLOOR ELEVATOR SYSTEM
This configuration is used when connecting to an elevator of up to 64 floors. This consists of
four H1000 control panels, designated as a master panel and three slave panels.
Master
Slave 1
Slave 3
Slave 2
Master Panel: Controls floor 1 to 16
Slave 1 Panel: Controls floor 17 to 32
Slave Panel 2: Controls floor 33 to 48
Master and slave RS485 communication wires
RS485 Communication wires to host computer using Cansec
communication line driver, e.g. CLAUSB, Canlan or Air-485
Slave 3 Panel: Controls floor 49 to 64

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Master Panel
Slave 1 Panel
1. Dipswitch Settings:
OPT1: ON
OPT2: ON
OPT3: OFF
OPT4: OFF
1. Dipswitch Settings:
OPT1: ON
OPT2: OFF
OPT3: OFF
OPT4: OFF
2. Jumper Setting:
2. Jumper Setting:
3. Address Setting:
3. Address Setting:
Panel address is set to the same as Master Panel
Slave 2 Panel
Slave 3 Panel
1. Dipswitch Settings:
OPT1: OFF
OPT2: ON
OPT3: OFF
OPT4: OFF
1. Dipswitch Settings:
OPT1: ON
OPT2: ON
OPT3: OFF
OPT4: OFF
2. Jumper Setting:
2. Jumper Setting:
3. Address Setting:
Panel address is set to the same as Master Panel
3. Address Setting:
Panel address is set to the same as Master Panel
See Hurricane Operator Guide for more information.
Edit->Panel Definitions. Select 32, 48, 64 Floor Elevator Board.
Panel address is set to 1 in this example