Incremental Encoder Simulator Instrument | ENC-SIM01 Get latest price

Features:

• In addition the user can control the exact number of square wave signals applied to the output, this allows the engineer to control the input pulses generated down to just one pulse, so the user can monitor in slow motion the operation of a control system.
• Access to the instrument is through a standard nine pin D type plug, the user simply connects the simulator to the terminals or plug of their control system.
• The power for the instrument is taken from the control system, it will operate on any voltage from 5 to 30 volts 100mA DC.

Plug Wiring:

• 1 = O Volts
• 2 = + 5 to 30 Volts
• 3 = A Output
• 4 = B Output
• 5 = O Output
• 6 = /A Output
• 7 = /B Output
• 8 = /O Output

For further information please call or use the IndustrySearch enquiry box for a direct reply.

To contact Plant Control and Automation about Incremental Encoder Simulator Instrument | ENC-SIM01 use Get a quote.

Features:

• In addition the user can control the exact number of square wave signals applied to the output, this allows the engineer to control the input pulses generated down to just one pulse, so the user can monitor in slow motion the operation of a control system.
• Access to the instrument is through a standard nine pin D type plug, the user simply connects the simulator to the terminals or plug of their control system.
• The power for the instrument is taken from the control system, it will operate on any voltage from 5 to 30 volts 100mA DC.

Plug Wiring:

• 1 = O Volts
• 2 = + 5 to 30 Volts
• 3 = A Output
• 4 = B Output
• 5 = O Output
• 6 = /A Output
• 7 = /B Output
• 8 = /O Output

For further information please call or use the IndustrySearch enquiry box for a direct reply.

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To contact Plant Control and Automation about Incremental Encoder Simulator Instrument | ENC-SIM01 use Get a quote.