Name: Motrona 7184.5024 IO module Screw terminal No. of digital outputs: 4 No. of digital inputs: 1
Brand: Motrona
SKU: 2899370
Availability: InStock

Electronic device with a green housing and connectors, likely a module for industrial applications.

Product type

IO module

Interfaces

Screw terminal

Type

7184.5024

Operating voltage

10 - 30 V DC

Height

118 mm

Datasheet (PDF)

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Highlights & Details

4-way sensor distributor/splitter with potential separation

1 pulse input in the format A, B, Z [HTL] or A, /A, B, /B, Z, /Z [RS422]
Input frequency up to 250 kHz [HTL] or 1 MHz [RS422 / TTL]
4 push-pull output levels
Formats according to the input signals, but with individual assignment of the output level for each output
Potential separation between inputs and outputs

Technical specifications

Input voltage supply: 10 … 30 VDC
Voltage supply protective circuit: Reverse polarity protection
Power supply remaining ripple: ≤ 10% at 24 VDC
Power supply current consumption: Approx. 25 mA, with unloaded sensor supply
Power supply Connection type: Screw terminals, 1.5 mm² / AWG16
Sensor supply output voltage 1: 24 VDC (approx. 0.8 V lower than supply voltage)
Encoder supply Output current: Max. 250 mA, (galvanically connected with device supply)
Sensor supply output voltage 2: 5 VDC
Encoder supply Output current: Max. 500 mA, (galvanically connected with device supply)
Sensor supply: Protective circuit: Short-circuit proof
Sensor supply Connection type: Screw terminals, 1.5 mm², 9-pin
Encoder supply Other options: A) External via a separate source b) Using the same source, which also supplies the distributor (10…30V)
Incremental input signal level (switchable):
RS422 / TTL (difference voltage > 0.5 V);HTL differential (difference voltage > 2 V)
HTL (ASYMMETRICAL): LOW 0 … 6 V, HIGH 8 … 40 V.
TTL (ASYMMETRIC): LOW < 0.8 V, HIGH >2.0 V.
Incremental Input Tracks: Asymmetrical: A, B, Z or symmetrical: A, /A, B, /B, Z, /Z
Incremental input frequency: Max. 1 MHz at RS422 / TTL; max. 500 kHz at HTL Differential; max. 250kHz at SE TTL / SE HTL
Incremental input Connection type: Screw terminals, 1.5 mm² / AWG16
Incremental outputs Number of outputs: 4
Incremental outputs output logic: Push-pull
Incremental outputs Signal level: 5 … 30 V (can be fed via respective ext. COM+ terminal)
Incremental outputs Signal delay time: Approx. 160 ns
Incremental outputs Output current: Max. 30 mA
Incremental outputs Protection circuit: Short circuit proof
Incremental outputs Connection type: Screw terminals, 1.5 mm² / AWG16
Potential separation GT222 / GT224: Potential separation between input and outputs and all
Potential separation GT228: Outputs among each other.
Display elements Number of: 2 LEDs
Display elements Function: 1 x green for operational readiness; 1 x yellow for error detection at inputs A, B, Z.
Ambient temperature operation: -20 °C … +60 °C (non-condensing)
Ambient temperature Storage: -30 °C … +75°C (non-condensing)
MTBF failure rate in years (continuous operation at 60 °C): 102.0 a

Product type: IO module

Interfaces: Screw terminal

Type: 7184.5024

Operating voltage: 10 - 30 V DC

Height: 118 mm

Length: 140 mm

Width: 54 mm

No. of digital inputs: 1

No. of digital outputs: 4

Dim: (L x W x H) 140 x 54 x 118 mm

Control LEDs: Yes

Manufacturer part #: 7184.5024

Documents & Downloads

Datasheet

Datasheet 2899370 Motrona 7184.5024 IO module Screw terminal No. of digital outputs: 4 No. of digital inputs: 1

User & Safety Instructions

User & Safety Instructions 2899370 Motrona 7184.5024 IO module Screw terminal No. of digital outputs: 4 No. of digital inputs: 1

Description

This 4-way impulse distributor with potential separation is a very compact, space-saving and extremely versatile distributor for signals of incremental encoders and measurement systems. There is a potential separation between the input and output circuits and the output circuits. There is no galvanic separation between the input and the device supply. This is of particular advantage when pulse distribution is performed under very far-away plant components as well as in the case of unfavorable EMC conditions, potential shifts and poor grounding conditions within large plants.

This text is machine translated.