3xLOGIC S-EIDC32 Ethernet-Enabled Integrated Door Controller User Guide

: June 6, 2024
: 3xLOGIC

Table of Contents

3xLOGIC S-EIDC32 Ethernet-enabled Integrated Door
EIDC32 Installation
RECOMMENDED ACCESSORIES
READERS
GENERAL
INPUTS
OUTPUTS
ENVIRONMENTAL
WARRANTY
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

3xLOGIC S-EIDC32 Ethernet-enabled Integrated Door

EIDC32 Installation

IP ADDRESS DISCOVERY

When the eIDC32 boots up, it will flash its IP address, with a single flash of all lights to separate each block of the address. By default the devices will be in DHCP mode and will try to get an address from a DHCP server. Failing that, they will default to 169.254.1.1. If all lights flash constantly, the controller is not seeing the network.
To assign a static IP address, browse to the eIDC32 (by the IP address it flashed on the boot up) and log in with a user ID of admin and a password of admin.
Once logged in, click the System button, then the Controllers button. Select the controller and click the Modify button. Uncheck the DHCP option and enter the IP address you wish to assign.
If using DHCP, then make sure a permanent lease is assigned to the controller. This prevents the IP address from changing when its lease expires.

RECOMMENDED ACCESSORIES

S-SMB-5075: Surface Mounting Box

POWER OPTIONS

Using a PoE switch, run directly from the switch to the eIDC32.
Using a non-PoE switch connects a midspan injector to add power to all switch ports and run PoE from the midspan to the eIDC32.
Using non-PoE, run directly from the switch to the eIDC32 and inject power at the installation site through the external power supply ports on the eIDC32.
Using non-PoE, run from the switch to the PCON, use PCON for power injection, and then to the eIDC32.
Caution: For options 1,2 and 4, do not add any additional power supply to terminals PW+ or PW- on the eIDC32.

UL294 REQUIREMENTS (S-EIDC32)

The eIDC32 and UL listed power supply must be installed within the secured area of the access facility.
Panic hardware (SGS tested to UL294) must be used to allow emergency exit from the secured area.

SINGLE DOOR VS. MANAGED MODE

The eIDC32 can operate in two modes, managed and single door. With the single door model, all management of the controller is done by browsing to the IP address of the door, and all capabilities are enabled. In managed mode, most of the conﬁguraon capability is disabled at the controller.

RESETTING AN eIDC 32 TO FACTORY DEFAULT

To reset an eIDC32 back to its factory default settings, disconnect power from the eIDC32. Aach a wire short from IN2 to BUZ. Apply power and wait 10 seconds, then remove the short leaving the eIDC32 powered up. Rising the eIDC32 to factory default will delete all data on the controller.

READERS

Power: 12 VDC at 250 mA per reader

Types: Wiegand format

Wire: 18 gauge shielded 6 conductors, up to 300

NEED HELP?

Check out the support section of our website for online forums, documents, and the latest downloads.

DOOR TEMPLATES | INPUT 1 NORMALLY CLOSED

GENERAL

Readers: 2
Doors: 1
Cards: 8,000 in Web Mode | 5,000 with Supervisor Plus 64,000 with inﬁnias Access Control Management software
History: 16,000 transacons (web mode)
Power: Direct from PoE switch or external power supply (24 VDC, 1 A)
Communications: Ethernet, 10Base-T
Max Distance: 100m (328 )
Switch: Cat5, Cat5e, Cat6

INPUTS

1-4: Conﬁgurable inputs, contact closure or transistor-transistor logic (TTL), with the optional end of line resistor (EOLR) supervision
Tamper: Integrated infrared tamper
Wire: 100-300 ft or, 2,000 ft

OUTPUTS

1 & 2: Open collector outputs with electronic overload protection (max 450 mA at 12 VDC)*
Form: C, SPDT relay output with the configurable inial state (max 5 A at 250 VAC)
Built-in: warning buzzer or alarm tone generator (max 80 dB)
Reader: LED output | Buzzer output
Wire: 2 conductors, 2,000 ft

WIRING

The two open collector outputs, OC1, and OC2 (Output 1 and Output 2) provide a maximum of 12 VDC at 450 mA combined.
OC1 and OC2 are software conﬁgurable energized (E) or de-energized (DE).
A magnetic lock can be powered by the open collector output if it draws less than 450 mA. If it draws more than 450 mA, then it must be wired to the form C relay (5 A at 30 VDC) labeled NO (normally open) and NC (normally closed) and powered externally.
OC1 and OC2 each have their own negative (-) terminal but share a positive (+) terminal.
Wire the door contact to IN 1, request to exit buttons or moon sensor to IN2 or IN3 (note: moon sensors can be powered from the Out Reader 12V and GND).
Input devices can be wired to eIDC32 Inputs (IN) 1 to 4.

WIRING THE READERS

Reader IN and Reader OUT are internally conﬁgured each having their own Data 0, Data 1, 12V+, and GND.
There is a single terminal for optional Reader LED control and optional Reader Buzzer control.
Only readers can be wired to Data 0 and Data 1 terminals.

DOOR TEMPLATES

Inﬁnias Access Control Server software comes with standard door templates that pre-wire the controller. If you have an installation that requires conﬁgur on other than what is provided by the standard door templates, please contact 3xLOGIC and we’ll design a custom template based on your needs.