Mitsubishi AY13 Relay Output Module – High Reliability, 16-Point DC Output main product image

Mitsubishi AY13 Relay Output Module – High Reliability, 16-Point DC Output product photo

Series A PLC

Mitsubishi AY13 Relay Output Module – High Reliability, 16-Point DC Output

Mitsubishi Relay Output Module AY13

NEW

Brand Mitsubishi

Model AY13

$58.00

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Mitsubishi relay output module AY13 features 32 output points, rated at DC24V/AC240V, 2A per point, 5A per common terminal, with a response time of 12ms. It has 8 points per common terminal and a 38-point terminal block.

For controlling a DC motor with a thyristor speed control system, a PLC-based reversible drive typically requires 12 input points and 8 output points, while a non-reversible drive needs 9 inputs and 6 outputs. Inputs include command signals, closing signals, comprehensive fault signals, brake signals, and fan fault signals. Outputs include forward/reverse speed commands (1–3 levels each), permission to close, and brake release signals.

For solenoid valve control, a single-coil valve requires 2 inputs and 1 output, while a double-coil valve needs 3 inputs and 2 outputs. A button requires 1 input; a photosensitive switch needs 4 or 2 inputs; a signal light requires 1 output; a rotary switch requires as many inputs as its positions; and position switches typically occupy 2 input points each.

The AY13 is a Mitsubishi relay output module with 32 output points, rated for DC24V/AC240V, 2A per point, 5A per common terminal, and an 8-point common configuration. It uses a 38-point terminal block with a response time of 12ms.

In PLC-controlled DC motor systems using thyristor rectifiers, inputs include main signals, closing signals, fault signals, brake signals, and fan fault signals. Outputs include speed command signals (forward/reverse 1–3 levels), closing permission, and brake release. A reversible system requires about 12 inputs and 8 outputs; a non-reversible system needs 9 inputs and 6 outputs.

Mitsubishi PLCs are produced in Dalian and use programmable memory for logic, sequence control, timing, counting, and arithmetic operations, controlling machinery via digital or analog I/O.

For solenoid valves: a single-coil valve needs 2 inputs and 1 output; a double-coil valve needs 3 inputs and 2 outputs. A button requires 1 input; a photoswitch needs 4 or 2 inputs; a signal lamp needs 1 output; a rotary switch requires as many inputs as positions; and position switches typically need 2 inputs each.