EPM-T110 LENZE

EPM-T110 Analog Input Module

Product  Description：

Lenze Analog Input Modules, prominently featured within the Lenze I/O System 1000 and 2000 architectures, are high-precision components designed to interface continuous analog signals from the field level with a centralized controller. These modules read physical variable inputs such as temperature, pressure, and flow rates, converting them into precise digital data values. Engineered to work alongside Lenze frequency inverters and servo drives, these modules facilitate tight loop control for highly dynamic motion and process automation.

Product Parameters

The technical configuration of a Lenze Analog Input Module focuses on signal accuracy, processing speed, and cross-platform flexibility:

• Input Signal Options: Configurable for standard industrial ranges including 0 to 10V DC, -10V to +10V DC, 0 to 20mA, and 4 to 20mA current loops.

• A/D Conversion Resolution: Features a conversion accuracy of 12-bit to 16-bit to ensure highly granular tracking of minute process adjustments.

• Channel Density: Available in compact configurations offering 2, 4, or 8 analog input channels per individual slice to optimize cabinet space.

• Conversion Time: Fast basic conversion speeds typically running at 2 to 4 milliseconds across all active channels for real-time responsiveness.

• Destruction Overvoltage Limit: Built-in electrical resilience featuring hardware destruction thresholds up to 30V DC for voltage models and 40mA for current loops.

• Input Resistance: Designed with a high internal resistance for voltage inputs (typically 100 kilohms) and low input resistance for current loops (typically 110 ohms) to preserve signal integrity.

Product Advantages

Lenze analog input modules provide distinct competitive benefits for complex machine designs:

• Ultra-Slim Hardware Form Factor: Slice widths as narrow as 12.5mm enable a massive reduction in space requirements inside control cabinets.

• Integrated Out-of-Range Diagnostics: Equipped with diagnostic logic that immediately registers if an input signal drifts beyond the calibrated measuring range, communicating alarms over the bus.

• Flexible Parameter Assignment: Signal functions, filtering parameters, and scaling can be easily modified through central engineering tools without physical hardware changes.

• Efficient Power Management: Low internal power consumption from the backplane bus minimizes heat generation inside the cluster.

• High Interference Suppression: Excellent common-mode noise rejection and integrated software averaging filters effectively eliminate high-frequency spikes caused by neighboring motor lines.

Product Applications

These analog conversion modules are widely applied across systems requiring variable processing feedback:

• Speed and Torque Regulation: Interfacing with external potentiometers or master controllers to provide reference speeds for Lenze i550 or i950 inverters.

• Tension Control Systems: Processing signals from load cells and dancer arms in wire drawing machines and textile winders to maintain precise material tension.

• Temperature Monitoring: Capturing input data from RTD transmitters or thermocouples inside industrial plastic extruders and drying ovens.

• Hydraulic and Pneumatic Management: Reading continuous pressure feedback loops to dynamically adjust pump speeds and proportional valves.

• Packaging Automation: Providing high-speed alignment measurements from distance-measuring laser sensors on conveyor feeds.

Important Precautions

To maintain ongoing measuring stability and avoid permanent component failure, follow these operational directives:

• Overvoltage Protection: The internal electronics do not feature unlimited protection against extreme overvoltages. Ensure that incoming signal lines never exceed the maximum rated destruction limits.

• Mandatory Line Shielding: Always use high-quality shielded cables for analog loops. The shield must be properly grounded to the control panel earth bar to avoid noise corruption from inverter outputs.

• Unused Channel Maintenance: Deactivate any unused channels within the software configuration parameters, or short-circuit the vacant terminals to prevent floating inputs from generating false diagnostic flags.

• Ground Loop Prevention: Pay close attention to the potential differences between independent sensors. Maintain an appropriate common ground reference across the analog segment to prevent inaccurate conversion offsets.

• Tool-Free Assembly Rules: While the modules support simple DIN rail mounting and push-in spring terminal wiring, ensure the main system bus power is completely turned off before inserting or releasing a module from the backplane rack.

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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