GenII DI REM Product Details - Innotech Control Systems

Home > Products > Product Search > Product Details > GenII DI REM

GenII DI REM

Digital / Remote Expansion Modules

This product has been discontinued.

Do you need help finding a replacement product? Contact Us
Email: sales@innotech.com
Phone: +61 7 3421 9100

The Innotech GENII DI REM Digital Input Module is an expansion device for the Genesis range of Digital Controllers.

The module is powered by 24VAC and provides 8 dry contact (voltage free) inputs to sense contact closures from field equipment.

The GenII DI REM may be located remotely from the Genesis Digital Controller providing distributed dry contact inputs for the system.

The GenII DI REM is configured and programmed via the Genesis Controller.

The GenII DI REM communicates with the Genesis Controller via the REM Comms port. The remote link uses RS-485 at a baud rate of 38400. For pre-Version 5 controllers, a Gen II RMI Remote Module Interface is required. Please refer to DS15.01 for further information.

(Larger image)

Download Datasheet Contact Us

FeaturesApplicationsApprovals & ListingsTech SpecsDownloadsHow To Buy

8 Dry Contact Digital Inputs for use in sensing switch and relay closures.
Led indication of input status.
Remote sensing of input points, up to 500 mtrs from the Genesis Controller.
Housed in a low profile din rail mounted enclosure.
RS485 interconnection between REM Modules.
Galvanic Isolation for communications to prevent grounding problems.
24V AC operation.
JUMPER selectable Address.
Wiring Diagrams for modules Generated by Gen2Config Software.
LED indication of Comms activity to assist in network setup and debugging.

Expands Genesis Controller I/O capabilities by providing 8 Dry Contact Digital Inputs allowing distributed data acquisition via RS485.

Application Notes
A Genesis Controller must have version 4 firmware installed to support REM Modules. Version 4 Config Software must be used to configure a Genesis Digital Controller that has REM Modules connected to it.

A Genesis Digital Controller can have up to 15 GenII DI REM Modules* connected to it via the REM comms bus.

For detailed connection information to the pre version 5 Genesis Digital Controller Family, please refer to Innotech Cabling Manual (.pdf 1.54MB).

	CE	https://europa.eu/youreurope/business/product/ce-mark/index_en.htm The CE label is a European marking for products to indicate conformity with the electromagnetic compatibility and health and safety requirements set out in European Union.
	FCC	https://www.fcc.gov FCC marking indicates that the product conforms with the regulations of the U.S. Federal Communications Commission (FCC) for microprocessor-based equipment.
	RCM	https://www.acma.gov.au The RCM compliance mark indicates that a device complies with applicable radiocommunication and electrical safety standards.
	UL	https://www.ul.com UL marking for USA and Canada indicates that the product conforms with the safety standards laid down by Underwriters Laboratories.

Power Supply

Voltage: 24 volts AC ±10% @ 50/60Hz.
Power Consumption: 4VA max.

The operating voltage must meet the requirements of Safety Extra Low Voltage (SELV) to EN60730. The transformer used must be a Class 2 safety transfomer that has the energy and voltage limiting characteritics as described in the National Electrical Code, ANSI/NFPA70. It must also be sized and fused in compliance with local safety regulations.

Inputs

Dry Contact closure switches. (Inputs provide 5V DC that is shorted to common when the input is closed).

Terminal Identification

1 = 24V AC Supply.
2 = 0V AC Supply.
3 = Earth.

NOTE - Terminal 3 is for the protection of the Comms circuitry and must be connected to a good electrical bonded Earth. This may be the Earth bus bar of the switchboard or the point that connects the chassis of the equipment the Module is in, to electrical Earth. This point should not be tied to terminal 2.

COMMS Connection

SHLD 1	=	Shield from incoming Comms Cable.
+	=	RS 485 (+) signal.
-	=	RS 485 (-) signal.
SHLD 2	=	Shield from outgoing Comms Cable.

I/O Terminal Connections

A = Input 1.
B = Input 2.
C = Input 3.
D = Input 4.
E = Input 5.
F = Input 6.
G = Input 7.
H = Input 8.
I = Common.
J = Common.

Temperature Ratings

Storage 0 to 50°C non-condensing.
Operating 0 to 40°C non-condensing.

Enclosure
The GenII REM Modules are housed in rectangular cases made from flame retardant polycarbonate/ABS plastic listed under UL94.

Colour: Grey
Mounting: DIN rail mounted.

Installation

The cable run between the GenII DI REM and the GenII RMI should not exceed 500 metres. The Comms wiring requires cable especially suited for RS485. Other shielded cable is not suitable and may cause spasmodic Comms failures.
The GenII REM Modules should be mounted on DIN rail in cabinets approved for switchgear or industrial control equipment.
Strictly follow the guidelines when installing the Comms wiring as outlined in the Genesis II Installation Manual.
Mount the GenII DI REM in a dry and clean location free of excess vibration.
There are four jumpers located in a row on the upper section of the GenII REM Modules. These are labelled A0, A1, A2 and A3. These set the address of the GenII REM Modules. Directions for setting the address are shown in the wiring diagram Generated by the Gen2Config software.

*Note:If for some reason, an address for a module needs to be changed, the unit must be powered down before the jumpers are altered. Anti-static precautions should be taken when changing addresses or adding or removing cabling from the terminals.

Wiring

The cable used for RS485 Comms must be shielded single twisted pair, 120 ohms character impedence, 36 to 45pF per metre capacitance between conductors.
The Comms cable must be organised as a bus topology. That is, starting at one end, devices are connected to it until the other end of the cable is reached. No “stubs” are allowed. To connect a device to the cable, a cut is made in the cable at the point where the device is to be situated along it. Then, the two new ends of the cable are wired into the device. The shields from the two new ends are then terminated into the terminals marked SHLD1 and SHLD2 respectively. Refer to the Genesis System Network Installation Instructions for more information.