Explore Wago 750-511 Digital Output Module In Stock Top Brand [Wc4pD9wy]
The WAGO 750-511 is a versatile 2-channel pulse width output (PWO) module used in automation and control systems. It acts as an intermediary, converting digital signals from a higher-level controller (PLC, PC, etc.) into precisely timed pulses that c
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Explore Wago 750-511 Digital Output Module In Stock Top Brand [Wc4pD9wy]
The WAGO 750-511 is a versatile 2-channel pulse width output (PWO) module used in automation and control systems. It acts as an intermediary, converting digital signals from a higher-level controller (PLC, PC, etc.) into precisely timed pulses that control the speed, position, or intensity of various actuators.
Specifications:
- Function: Generates pulse width modulated (PWM) signals on two independent channels.
- Channel type: 2 x Pulse Width Output (PWO).
- Voltage: 24VDC nominal supply voltage.
- Current: 0.1A per channel maximum output current.
- Pulse width range: 0.1ms to 2.55ms (offering fine control over actuator behavior).
- Frequency: 250Hz (typical) or 100Hz (depending on the specific variant).
- Short-circuit protection: Yes, each channel is electronically protected.
- Mounting: DIN rail.
- Approvals: CE, UL, CSA.
Features:
- Compact design: Saves space in your control cabinet.
- Push-in spring terminals: Enables quick and tool-less wiring.
- LED status indicators: Provide visual feedback on the state of each channel (active/inactive).
- Diagnostic functions: Helps identify potential issues like overloads or short circuits.
- Parameterizable: Allows configuration of various settings like pulse width range, frequency, and dead time for fine-tuning actuator control.
- Electrical isolation: Isolates the fieldbus level (signals) from the power supply level, preventing unwanted interference and enhancing system stability.
Applications:
- Industrial automation: Controlling the speed of DC motors, the position of pneumatic actuators, the intensity of LED lighting, etc.
- Building automation: Regulating the speed of fans, the brightness of dimmable lights, the opening/closing of motorized blinds, etc.
- Machine control: Precisely positioning valves, adjusting conveyor belt speeds, controlling robotic movements, etc.
- Laboratory automation: Interfacing with instruments requiring precise PWM control for experiments.
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