IDTECK ITDC Manuel utilisateur

Quick Installation Guide

iTDC/iTDC-SR

Access Control Panel

[Max 4 Door]

Quick Installation Guide

Table of Contents

1. IDENTIFYING SUPPLIED PARTS ·········································································2

2. RECOMMANDED CABLE TYPE AND PERMISSIBLE LENGTH ·····························3

3. EARTH GND CONNECTION ·················································································4

4. DEVICE WIRING ··································································································7

5. REVERSE DIODE CONNECTION········································································15

6. SYSTEM INITIALIZATION···················································································16

7. COMMUNICATION ·····························································································16

8. PRODUCT MANUAL DOWNLOAD INFORMATION ·············································22

Quick Installation Guide

1. IDENTIFYING SUPPLIED PARTS

Unpack and check the contents. If any of these parts are missing, contact your distributor.

Main Unit (1ea) Quick Guide (1copy) Diode(4ea) Door Lock & ALARM Guide

(1Sheet)

Expansion I/O Board (EIO88) Keypad(Option) LCD Module(Option) TCP/IP Module(Option)

※iTDC : 26bit Wiegand Reader Compatible

※iTDC-SR : 34bit Wiegand Reader Compatible

Quick Installation Guide

2. RECOMMANDED CABLE TYPE AND PERMISSIBLE LENGTH

Reference

Description

Cable Specification

Maximum

Distance

①

iTDC/iTDC-SR Power (DC12V)

DC Power <--> iTDC/iTDC-SR

Belden #9409, 18 AWG

2 conductor, unshielded

②*

Reader (Power and Data)

Extra Reader

Belden #9512, 22 AWG

4 conductor, shielded

150m

Belden #9514, 22 AWG

8 conductor, shielded

③

Door Contact

Exit Button

Sensor Input

Input <--> iTDC/iTDC-SR

Belden #9512, 22 AWG

4 conductor, shielded

300m

Belden #9514, 22 AWG

8 conductor, shielded

④

Door Lock,

Alarm Device

Lock (Alarm) <--> iTDC/iTDC-SR

Belden #9409, 18AWG

2 conductor, unshielded

300m

⑤

RS232 Cable

Converter <--> Host P.C.

Belden #9829, 24 AWG

2-twisted pair, shielded

15m

⑥

RS422 Cable

iTDC/iTDC-SR <--> iTDC/iTDC-SR

iTDC/iTDC-SR <--> Converter

Belden #9830, 24 AWG

3-twisted pair, shielded

1,200m

⑦

UTP Cable

Host PC <--> HUB

HUB <--> iTDC/iTDC-SR

UTP Cable

CAT5(Catagory5)

100m

* For reference 2, make sure to use wire with proper thickness in order to withstand current that

exceeds the maximum consuming level.

Quick Installation Guide

3. EARTH GND CONNECTION

3.1 EARTH GND CONNECTION WHEN INSTALLING ITDC/ITDC-SR TO NEMA CASE

Please refer to a figure below for Earth GND connection (only applicable for NEMA package). GND connection will

avoid potential difference and also prevents any possible abnormal behavior caused by thunderbolt or surge.

(Figure: Earth GND connection when installing iTDC/iTDC-SR to NEMA case.)

Quick Installation Guide

No. / Name

HOW TO CONNECT EARTH GND

1. NEMA case

A NEMA case provided by IDTECK is metallic which will be suitable for the

product. Make sure to use metallic NEMA case if you are using one from a third

party.

2. Supporter

Make sure to use metallic supporters (Supporter to connect iTDC/iTDC-SR main

board to EIO88, Nema case to iTDC/iTDC-SR, and NEMA case to power supply

device).

3. Screw

When fixing the product to the NEMA case, make sure to use metallic screws.

4. Groundcontactpartof

Nemacase

Ground contact part is for connecting a plug (Earth GND) to the NEMA case.

Connect Earth wire of NFB using a metallic screw.

A circular lug must be used to tightly fix the screws.

5. Ground contact part

of power point

Make sure to use power point with Earth GND connecting piece as shown in the

figure above.

The size of IDTECK’s NEMA case is 350mm X 399mm X 100mm (Width X Depth X Height) with

thickness of 1.4mm. When using any third party NEMA Case, make sure that it is metallic

(for conductivity) and has a larger size than IDTECK’s NEMA case. Make sure to ground it firmly.

Use the ones with doors to completely isolate the product from outer environment.

Caution when using NEMA case

Quick Installation Guide

3.2 EARTH GND CONNECTION WHEN ITDC/ITDC-SR IS NOT INSTALLED ON NEMA CASE

When installing iTDC/iTDC-SR without a NEMA case, GND wire associated to power port of each device must be

grounded to Earth GND. GND connection will avoid potential difference and also prevents any possible abnormal

behavior caused by thunderbolt or surge. Please refer to the figure below for instruction of how to connect Earth GND.

Earth GND

(Figure: Connection of Earth ground when installing a iTDC / iTDC-SR)

Earth GND

(Figure: Earth GND connection for installation of multiple iTDC / iTDC-SR)

Please make sure that power is not being supplied to the controller when wiring to prevent electric

shock accident.

Caution

Quick Installation Guide

4. DEVICE WIRING

4.1 POWER

Connect (+) wire of DC 12V power to +12V terminal

Connect GND (-) wire of DC 12V power to GND terminal

4.2 INPUT DEVICE WIRING

Additional device such as door contact or exit button can be connected to input ports (INPUT#1~INTPUT#7) of

iTDC/iTDC-SR. Wiring method may vary based on the number of doors to be controlled. Please refer to below table for

more details about how to wire an input device.

TIP: I/O board (EIO88) is required for additional door control (Maximum up to 4 doors).

Figure: Input device wiring

Quick Installation Guide

2-DOOR CONTROL

Wires of an exit button can be connected to Input and GND with no distinction (one wire to input, the other to GND).

Door 1

Exit Button

Connect one wire to Input#1 of iTDC/iTDC-SR main board.

Connect the other wire to Input#1 GND of iTDC/iTDC-SR main board.

Door Contact

Connect one wire to Input#2 of iTDC/iTDC-SR main board.

Connect the other wire to INPUT#2 GND of iTDC/iTDC-SR main board.

Door 2

Exit Button

Connect one wire to Input#3 of iTDC/iTDC-SR main board.

Connect the other wire to Input#3 GND of iTDC/iTDC-SR main board.

Door Contact

Connect one wire to Input#4 of iTDC/iTDC-SR main board.

Connect the other wire to Input#4 GND of iTDC/iTDC-SR main board.

3-DOOR CONTROL

Attach I/O board(EIO88) to iTDC/iTDC-SR before wiring. Door 1 is controlled by main board of iTDC/iTDC-SR

and door 2 and 3 are controlled by I/O board (EIO88).

Door 1

Exit Button

Connect one wire to Input#1 of iTDC/iTDC-SR main board.

Connect the other wire to Input#1 GND of iTDC/iTDC-SR main board.

Door Contact

Connect one wire to Input#2 of iTDC/iTDC-SR main board.

Connect the other wire to Input#2 GND of iTDC/iTDC-SR main board.

Door 2

Exit Button

Connect one wire to Input#1 of EIO88.

Connect the other wire to Input#1 GND of EIO88.

Door Contact

Connect one wire to Input#2 of EIO88.

Connect the other wire to Input#2 GND of EIO88.

Door 3

Exit Button

Connect one wire to Input#3 of EIO88.

Connect the other wire to Input#3 GND of EIO88.

Door Contact

Connect one wire to Input#4 of EIO88

Connect the other wire to Input#4 GND of EIO88.

4-DOOR CONTROL

Attach I/O board(EIO88) to iTDC/iTDC-SR before wiring. Door 1 and 2 are controlled by main board of

iTDC/iTDC-SR and door 3 and 4 are controlled by I/O board (EIO88).

Door 1

Exit Button

Connect one wire to Input#1 of iTDC/iTDC-SR main board.

Connect the other wire to Input#1 GND of iTDC/iTDC-SR main board.

Door Contact

Connect one wire to Input#2 of iTDC/iTDC-SR main board.

Connect the other wire to Input#2 GND of iTDC/iTDC-SR main board.

Door 2

Exit Button

Connect one wire to Input#3 of iTDC/iTDC-SR main board.

Connect the other wire to Input#3 GND of iTDC/iTDC-SR main board.

Door Contact

Connect one wire to Input#4 of TDC/iTDC-SR main board.

Connect the other wire to Input#4 GND of iTDC/iTDC-SR main board.

Door 3

Exit Button

Connect one wire to Input#1 of EIO88.

Connect the other wire to Input#1 GND of EIO88.

Door Contact

Connect one wire to Input#2 of EIO88.

Connect the other wire to Input#2 GND of EIO88.

Door 4

Exit Button

Connect one wire to Input#3 of EIO88.

Connect the other wire to Input#3 GND of EIO88.

Door Contact

Connect one wire to Input#4 of EIO88.

Connect the other wire to Input#4 GND of EIO88.

Quick Installation Guide

1. When installing reader or input device on metal frame, make sure to ground the metal frame and Earth

GND firmly to prevent static electricity. Static electricity may cause abnormal behavior and shorten the

product lifetime.

2. In order to prevent interaction with an external conductive material, use insulation tape when wiring

reader, exit button, and lock. Make sure to cut cleanly to prevent exposure of cable core. Use insulation

tape to complete the wiring. Interaction of exposed cable core with conductive materials (frame) must be

avoided to prevent product damage.

(Figure: Connection of Earth GND for metal frame) (Figure: Insulation taping to marked part)

Caution when wiring reader or input device

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