E84AVSCE4024VX0 LENZE

E84AVSCE4024VX0 Analog Output Modules

Product  Description：

Lenze analog output modules, primarily utilized within the highly modular Lenze I/O System 1000 or similar decentralized architectures, function as the physical bridge between the digital control logic of a PLC and field-level analog devices. These modules translate digital control values generated by the automation system into precise, continuous electrical signals (either voltage or current). This allows the central controller to dynamically regulate external machinery, enabling smooth adjustments rather than simple binary on/off switching.

Product Parameters

The technical specifications of Lenze analog output modules are engineered for high precision and rapid signal conversion to suit demanding automation tasks:

• Output Channels: Available in various channel densities, most commonly featuring 2, 4, or 8 independent output channels per module slice.

• Signal Ranges: Supports industry-standard analog formats, including voltage outputs (0 to 10V DC, -10V to +10V DC) and current outputs (0 to 20mA, 4 to 20mA).

• Resolution: High-definition digital-to-analog conversion, typically utilizing 12-bit or 16-bit resolution to ensure smooth, granular signal stepping without control jitter.

• Conversion Time: Extremely fast internal processing cycles, often completing conversions in under 1 millisecond per channel to support highly dynamic closed-loop control.

• Load Impedance Limits: Current outputs are generally designed to drive loads up to 500 ohms, while voltage outputs require high-impedance loads, typically strictly above 1 kilo-ohm, to maintain voltage stability.

• Electrical Isolation: Features robust galvanic isolation between the field-side analog outputs and the internal system backplane bus to protect sensitive CPU electronics from field surges.

Product Advantages

Lenze I/O modules are recognized globally for their space-saving architecture and user-friendly engineering:

• Ultra-Compact Footprint: The I/O System 1000 modules feature an extremely narrow width (often exactly 12.5 millimeters), maximizing the available DIN rail space inside crowded control cabinets.

• Tool-Free Wiring: Equipped with direct push-in spring-clamp terminal technology. This allows for fast, secure, and vibration-proof wire connections without the need for screwdrivers, significantly reducing assembly time.

• Seamless Network Integration: Integrates effortlessly into EtherCAT, PROFINET, or CANopen networks via Lenze bus couplers, ensuring perfect data synchronization with Lenze logic and motion controllers.

• Integrated Diagnostics: Channel-specific LED indicators provide immediate visual feedback on module health, power status, and specific faults such as short circuits or broken wire conditions in 4-20mA loops.

• Modular Expandability: The unified backplane design allows modules to be clicked together sequentially, enabling the system to scale effortlessly from small standalone machines to complex, multi-node automated production lines.

Product Applications

These modules are critical for industrial applications requiring continuous, variable regulation:

• Proportional Valve Control: Regulating the precise opening and closing of hydraulic or pneumatic proportional valves in heavy pressing machinery, injection molding, or fluid control systems.

• Drive Speed Reference: Sending variable speed or torque reference signals to legacy or third-party variable frequency drives (VFDs) that lack digital fieldbus network capabilities.

• Temperature Regulation: Providing continuous control reference signals to phase-angle SCR (Silicon Controlled Rectifier) power controllers for industrial baking ovens and plastic extrusion heaters.

• Tension Control Systems: Outputting dynamic braking or winding torque references to maintain consistent web tension in paper rolling, textile manufacturing, or film packaging.

• Dashboard Instrumentation: Driving analog meters, chart recorders, or panel gauges in traditional operator control rooms for real-time visual process monitoring.

Important Precautions

To ensure signal integrity and prevent permanent damage to the module, installation technicians must adhere to strict guidelines:

• Cable Shielding: Analog signals are highly susceptible to electromagnetic interference (EMI). Always use shielded twisted-pair cables for wiring. The shield must be connected to the earth ground at the control cabinet side only to prevent ground loops.

• Spatial Separation: Never route analog output cables in the same wire duct or conduit as AC power lines, motor cables, or variable frequency drive outputs. Maintain a physical separation distance as specified in the hardware manual.

• Load Matching Check: Before energizing the system, verify that the external device's input impedance matches the module's driving capacity. A short circuit on a voltage output or an open circuit on a current output can lead to immediate control failures or hardware strain.

• Backplane Power Management: Ensure that the total power consumption of all connected I/O modules on the rack does not exceed the capacity of the system's bus power supply. Add supplementary power supply modules to the rack if the calculation exceeds the limit.

• Environmental Protection: Install the modules within an IP20-rated (or higher) control cabinet. Ensure ambient operating temperatures remain within the specified limits (typically 0 to 55 degrees Celsius) and provide adequate ventilation to prevent thermal degradation of the internal conversion components.

The structure and details of the product：

Our services：

Shipping Port:  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

Warranty: one year

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