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Please contact Elecsys to obtain pricing for a particular configuration of optional equipment or software. The table below gives model numbers for several standard part numbers of the base RediGate plus combinations of optional features. All models typically use COM0 (RS-232) for the administrative console port.

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Examples:

RG-400E-00-00   Base RediGate 400 (4 Ethernet, 3 RS-232, 1 RS-485/422)

RG-400C-40-00   RediGate 400 + CAT-M1 modem (physical SIM slot for AT&T or other)

See RediGate Product Comparison and Selection Guide for a list of part numbers, features, and accessories.

Specifications

Enclosure / Dimensions

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Model	RediGate 400
Width	6.92" (175.77 mm)
Depth	6.78" (172.21 mm)
Height	2.61" (66.29 mm)
Weight (excluding optional equipment)	2.5 lbs (1.13 kg)

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Dimensions

The mechanical and mounting dimensions of the RediGate are shown below (all dimensions in inches).  

Top

Bottom

Front

Rear (cellular model)

Rear (cellular model w/ serial expansion ports)

Mounting Instructions

The RediGate is intended to be installed in a Restricted Access Location. When mounting the RediGate, allow sufficient space to connect the cables on the front and rear of the enclosure, depending on any optional hardware components installed. There are two recommended means of mounting the device: panel mount, or DIN rail mount.

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RS-485/422 Wiring Diagrams

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In the United States, the antenna should support the 850 MHz and 1900 MHz frequency bands. In other countries, check to make sure what GSM frequencies are used in order to select the correct antenna. 

Cellular antenna: The cellular connector requires an antenna with a standard male SMA plug and 50 ohm cable, with a minimum cable length of 20 cm and maximum gain (including cable loss) as follows:

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GPS antenna: The GPS connector requires an antenna with a standard male MCX plug and 50 ohm cable with frequency 1575.42 MHz. The use of an active GPS antenna may achieve better performance, especially when the GPS antenna distance from the device is large.

Installing SIM Card

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Certain models of RediGate provide an analog/digital module, allowing the RediGate to be used for data acquisition from up to 16 analog inputs, 8 digital inputs, and 2 analog outputs. The Multi-I/O module (Eurotech model AIM104-MULTI I/O) is factory installed inside the RediGate. A 50-way 'D' type connector allows connection to the field signals using an external screw termination block.

Multi-I/O Specifications

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Power Consumption	2.4 Watts, excluding loop power
Link setting
Analog Mode	16 channel AI single-ended (LK3 fitted, LK4-A)
Board #1 address	LK1 jumpers: A2, A3, A4, A6             [0x3A0]
Board #2 address	LK1 jumpers: A3, A4, A6                    [0x3A4]

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Function (MULTI-I/O)	50-way 'D' pin (enclosure)	50-way screw termination
Digital Inputs
DI Common	1	1
DI 1	2	34
DI 2	3	18
DI 3	4	2
DI 4	5	35
DI 5	6	19
DI 6	7	3
DI 7	8	36
DI 8	9	20
DI Common	10	4
Analog Inputs
AI Common	20	40
AI 1	12	21
AI 2	13	5
AI 3	14	38
AI 4	15	22
AI 5	16	6
AI 6	17	39
AI 7	18	23
AI 8	19	7
AI 9	22	8
AI 10	23	41
AI 11	24	25
AI 12	25	9
AI 13	26	42
AI 14	27	26
AI 15	28	10
AI 16	29	43
AI Common	30	27
Analog Outputs
Current output:
AO 1 Current Loop	34	12
AO 1 Current Return	36	29
AO 2 Current Loop	38	46
AO 2 Current Return	40	14
Voltage output:
AO 1 Vout	43	15
CGND	35	45
AO 2 Vout	44	48
CGND	39	30
(unused CGND pins)	11, 21, 31	37, 24, 11
(not connected)	32, 33, 37, 41, 42, 45, 46, 47, 48, 49, 50	44, 28, 13, 47, 31, 32, 16, 49, 33, 17, 50

Some typical wiring diagrams are shown below. Ensure that connections are made to the appropriate termination number for each input or output type, and that the configuration is set correctly for the board number and analog input type (see Multi-I/OSoftwareAccess720903).

Multi-I/O Software Access

To read the analog or digital inputs and write to the analog outputs, use either ACE-defined POD logic ("PC-104 MULTI-IO-se" function) or an ISaGRAF program (include the "AIMMLTIO" board). In either case, the board parameters should include the Board Address (see MULTI-I/OBoard 720903), and the data should be made available in appropriate RTDB addresses.

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Relay8/IN8 Specifications

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Power Consumption	1.25 Watts, excluding loop power
Link Settings
Board #1 address	LK1 jumpers: A2, A3, A4, A7             [0x360]
Board #2 address	LK1 jumpers: A3, A4, A7                    [0x364]
Input filter (de-bounce)	LK2A-H fitted

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Function (RELAY8/IN8)	50-way 'D' (enclosure)	50-way screw termination
Digital Inputs
DI Common	1	1
DI 1	2	34
DI 2	3	18
DI 3	4	2
DI 4	5	35
DI 5	6	19
DI 6	7	3
DI 7	8	36
DI 8	9	20
DI Common	10	4
Digital Outputs
Relay 1 Common	12	21
Relay 1 Normally Open	13	5
Relay 1 Normally Closed	14	38
Relay 2 Common	17	39
Relay 2 Normally Open	18	23
Relay 2 Normally Closed	19	7
Relay 3 Common	22	8
Relay 3 Normally Open	23	41
Relay 3 Normally Closed	24	25
Relay 4 Common	27	26
Relay 4 Normally Open	28	10
Relay 4 Normally Closed	29	43
Relay 5 Common	32	44
Relay 5 Normally Open	33	28
Relay 5 Normally Closed	34	12
Relay 6 Common	37	13
Relay 6 Normally Open	38	46
Relay 6 Normally Closed	39	30
Relay 7 Common	42	31
Relay 7 Normally Open	43	15
Relay 7 Normally Closed	44	48
Relay 8 Common	47	49
Relay 8 Normally Open	48	33
Relay 8 Normally Closed	49	17
(not connected)	11, 15, 16, 20, 21, 25, 26, 30, 31, 35, 36, 40, 41, 45, 46, 50	37, 22, 6, 40, 24, 9, 42, 27, 11, 45, 29, 14, 47, 32, 16, 50

Some typical wiring diagrams are shown below. Ensure that connections are made to the appropriate termination number for each input or output type, and that the configuration is set correctly for the board number and analog input type (see Relay8/IN8SoftwareAccess 720903).

Relay8/IN8 Software Access

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The following screen captures are an example of the I/O connection in ISaGRAF when using the Relay8/IN8 board. Digital input and output values are stored in the ISaGRAF RTU and must be polled into an RTDB using the Internal Channel configuration, so that data can be made available to other systems.