• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• External signals are connected via terminals installed on the rear wall of the device
• Without the possibility of connecting external expansion modules

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• External signals are connected via terminals installed on the rear wall of the device
• Without the possibility of connecting external expansion modules

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• External signals are connected via terminals installed on the rear wall of the device
• Without the possibility of connecting external expansion modules

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• External signals are connected via terminals installed on the rear wall of the device
• Without the possibility of connecting external expansion modules

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• Connection of external signals is carried out through terminals installed on the rear wall of the device
• Support of one expansion module.
• Connection of signals to the MIK-51 controller is carried out through the KBZ (terminal block connector), which is mounted separately on a DIN rail.

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• Connection of external signals is carried out through terminals installed on the rear wall of the device
• Support for one expansion module.
• Device mounting, on a DIN rail.

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• Connection of external signals is carried out through terminals installed on the rear wall of the device
• Support of one expansion module.
• Connection of signals to the MIK-51 controller is carried out through the KBZ (terminal block connector), which is mounted separately on a DIN rail.

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• Connection of external signals is carried out through terminals installed on the rear wall of the device
• Support of one expansion module.
• Connection of signals to the MIK-51 controller is carried out through the KBZ (terminal block connector), which is mounted separately on a DIN rail.

• Automatic regulation and logical control of technological processes
• Mathematical, time, step and other functions
• Connection of external signals is carried out through terminals installed on the rear wall of the device
• Support for one expansion module.
• Device mounting, on a DIN rail.

Protective film IP65, front panel, designed to protect the front panel of switchboards with a front frame size of 96x96,

Material: flexible transparent silicone. Provided protection category - IP65

The spring clamp is designed for quick and easy mounting of switchboard devices on shields, panels and consoles.

* Spring clamps PZ-02, in the amount of 2 pieces, are included in the delivery set of all switchboard devices, and can also be purchased for a separate fee

The screw clamp is designed for mounting and additional fixing of panel devices on shields, panels and consoles.

The MP-51N-11 expansion module contains 16 discrete inputs and 1 analog output, i.e. the MIK-51N (52N) controller with this expansion module will have 19 discrete inputs (3 basic + 16 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N and MTR-8N.

The MP-51N-11 expansion module contains 8 discrete inputs, 8 discrete outputs and 1 analog output, i.e. the MIK-51N (52N) controller with this expansion module will have 11 discrete inputs (3 basic + 8 on the expansion module) 13 discrete outputs (5 basic + 8 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N and MTR-8N.

The MP-51N-15 expansion module contains 16 discrete outputs and 1 analog output, i.e. the MIK-51N (52N) controller with this expansion module will have 21 discrete outputs (5 basic + 16 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N and MTR-8N.

The MP-51N-16 expansion module contains 16 discrete inputs and 3 analog outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 19 discrete inputs (3 basic + 16 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N and MTR-8N.

The MP-51N-17 expansion module contains 8 discrete inputs, 8 discrete outputs and 3 analog output, i.e. the MIK-51N (52N) controller with this expansion module will have 11 discrete inputs (3 basic + 8 on the expansion module) 13 discrete outputs (5 basic + 8 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N and MTR-8N.

The MP-51N-18 expansion module contains 16 discrete outputs and 3 analog outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 21 discrete outputs (5 basic + 16 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N and MTR-8N.

The MP-51N-30 expansion module contains 32 discrete inputs and 1 analog output, i.e. the MIK-51N (52N) controller with this expansion module will have 35 discrete inputs (3 basic + 32 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N.

The MP-51N-31 expansion module contains 24 discrete inputs, 8 discrete outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 27 discrete inputs (3 basic + 14 on the expansion module) 13 discrete outputs (5 basic + 8 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N.

The MP-51N-32 expansion module contains 16 discrete inputs, 16 discrete outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 19 discrete inputs (3 basic + 16 on the expansion module) 21 discrete outputs (5 basic + 16 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N.

The MP-51N-33 expansion module contains 8 discrete inputs, 24 discrete outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 11 discrete inputs (3 basic + 8 on the expansion module) 29 discrete outputs (5 basic + 24 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N.

The MP-51N-34 expansion module contains 32 discrete outputs, i.e. the MIK-51N (52N) controller with this expansion module will have 37 discrete outputs (5 basic + 32 on the expansion module). Each discrete input is galvanically isolated from other discrete inputs and other controller circuits.
This expansion module is suitable for: MIK-51N, MIK-52N, ITM-16N.