6ES7313-6CE010AB0 SIEMENS Output module

Description

6ES7313-6CE010AB0 SIEMENS Output module

Product Dimensions：

Product Description

An Output Module is an electronic interface that receives commands (digital data) from the PLC Central Processing Unit (CPU) and converts them into physical signals (voltage or current) used to actuate field devices. This module is the mechanism through which the control system influences the real world.

These modules are categorized based on the type of signal they generate:

1. Digital Output (DO) Modules: Generate binary signals (ON/OFF) to control devices like contactors, solenoid valves, indicator lights, and small motor starters.

2. Analog Output (AO) Modules: Generate continuous, variable signals (voltage or current) to control proportional devices like Variable Speed Drives (VFDs), proportional valves, and control loops.

Product Parameters

The parameters vary significantly by module type (Digital vs. Analog):

Product Advantages

• Safe and Reliable Actuation: Provides a clean, controlled signal from the PLC to the field, ensuring reliable and precise operation of actuators.

• Overload Protection: Features built-in protection mechanisms (fuses, electronic protection) to safeguard the module circuitry from short circuits or excessive load currents in the field.

• Fast Response Time: Solid-state (transistor) DO modules offer extremely fast switching times, essential for high-speed machine control and Pulse Width Modulation (PWM) applications.

• Flexible Sizing: Available in various current and voltage ratings, allowing the user to select the appropriate module based on the specific power demands of the connected devices.

• Integrated Diagnostics: Advanced diagnostics simplify maintenance by identifying faults (e.g., short circuit on a solenoid) quickly and pinpointing the exact channel location.

• High Channel Density: Efficient design maximizes the number of output points available in a limited space.

Important Considerations

• Switching Element Selection: Choose between Relay (for high current, $AC$/$DC$ flexibility, but slow switching) and Transistor/Solid State (for low-current, fast switching, $DC$ only) based on the application requirements.

• Load Current: Never exceed the maximum rated current for a single channel or the total current allowed for a group of channels, as this can lead to module failure.

• Inductive Loads: When switching inductive loads (like solenoids or contactor coils), use external suppression diodes ($DC$) or $RC$ circuits ($AC$) to protect the output module from voltage spikes.

• Fuse Monitoring: If the module uses fuses, ensure the fuse monitoring diagnostic function is correctly configured and monitored.

Typical Product Applications

Output Modules are the command center for industrial action:

• Machine Control: Commanding solenoids to activate pneumatic/hydraulic cylinders, turning on indicator lamps, and controlling small motor contactors.

• Process Regulation: Generating $4-20\,mA$ signals to set the speed reference for VFDs or to modulate the position of proportional control valves.

• Safety Signaling: Activating alarm horns, flashing lights, and triggering safety-related shutdown components.

• Sequencing: Providing timed pulses to operate indexing mechanisms or dispensing systems.

Shipping Port: Xiamen, China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account

Service: Professional Sales provides 24 hours /7 days online service

Please make an inquiry for more models：