Mitsubishi Tension Controller Le 30 Cta Manual Exclusive

| Parameter | Description | Range | |-----------|-------------|-------| | F07 | Taper tension enable | 0 = off, 1 = on | | F08 | Taper ratio | 0–99% | | F12 | Taper curve shape | 0 = linear, 1 = curved | | F20 | Starting diameter (mm) | 0–9999 | | F21 | Final diameter (mm) | 0–9999 | | F22 | Diameter calculation mode | 0 = auto, 1 = preset |

The LE-30CTA is a closed-loop tension controller designed to maintain consistent tension on paper, film, foil, and textile webs. Unlike basic torque controllers, the LE-30CTA operates based on feedback signals, constantly adjusting output to match a set target.

Key Specifications Overview:

In the high-stakes world of industrial web handling—whether processing paper, film, foil, or textiles—tension control is not just a feature; it is the bedrock of quality. Inconsistent tension leads to telescoping, wrinkling, breakage, and costly downtime. For decades, the Mitsubishi Tension Controller LE-30CTA has stood as a gold standard in this niche, offering precision, reliability, and advanced digital control.

However, owning this sophisticated piece of hardware is only half the battle. The true key to unlocking its full potential lies in accessing the Mitsubishi Tension Controller LE-30CTA manual exclusive content—the detailed schematics, hidden parameter settings, and troubleshooting flows that are not found in quick-start guides. This article serves as your comprehensive, expert-level walkthrough, consolidating exclusive manual knowledge to help you master your LE-30CTA.

In the world of converting, printing, and flexible packaging, web stability is the difference between a premium product and expensive waste. While mechanical rollers and unwind shafts do the heavy lifting, the brain of the operation is the tension controller.

Among the legacy workhorses of the industry, the Mitsubishi LE-30CTA Tension Controller stands out for its reliability and precision. Often found in older yet robust machinery, these units require specific handling. This article serves as an exclusive guide to the unit's functionality, bridging the gap between a standard spec sheet and the operational manual.

Most users fail because they skip the zero and span calibration sequence. Here is the exact method from page 47 of the technical manual:

Exclusive Tip: The manual notes that if you see “Er-5” on startup, one of your load cell wires is reversed relative to terminal 5.

The Mitsubishi Tension Controller LE-30CTA manual exclusive content is not merely a set of instructions—it is the distillation of decades of industrial tension control expertise. By understanding the parameter interdependencies, following the rigorous calibration steps, and heeding the hidden troubleshooting advice, you can achieve weave-free winding, eliminate web breaks, and maximize uptime.

Do not treat your LE-30CTA as a "set it and forget it" device. Bookmark this guide, source the official IB-66871-C manual, and schedule your quarterly calibration checks. In the world of tension control, precision is profit—and the LE-30CTA, when properly understood, delivers both.

Call to Action:
Need a specific page from the exclusive service manual? Check the comments section where we have uploaded the original PID tuning flowchart (Figure 7-3) and terminal wiring poster. Alternatively, contact Mitsubishi’s legacy support group with your controller’s serial number for custom parameter backups.

Last updated: Based on the latest revision (October 2005 – still current for legacy support).

The Mitsubishi LE-30CTA is a feedback-type automatic tension controller designed to maintain constant tension in web-processing applications like printing, slitting, and coating. It operates by receiving real-time tension signals from LX-TD or LX-TD-909/928 detectors and adjusting the output to actuators such as powder clutches, powder brakes, or AC servo amplifiers. Core Technical Specifications Input Voltage AC 100~240V power supply; DC 24V for input points Output Range

0–24V DC for powder/hysteresis clutches; 0–5V DC for servo command torque I/O Points 32 mixed input/output points (Transistor source type) Display

LCD with multi-language support (English, Japanese, Chinese) Processing Speed

Maximum counting speed of 200k pulses/s for high-precision control Installation & Wiring Guidelines

Noise Prevention: Control lines must be laid at least 100mm (3.94") away from main circuit or power lines to prevent malfunctions caused by electrical noise.

Grounding: Perform single-point grounding (Class D, ≤100Ω) on the controller side using the shield of the shielded cable. Never share grounding with a strong electrical system.

Mounting: The unit is "open type" and must be installed inside a shielded conductive control box to meet safety and EMC Directive standards. Basic Configuration Steps

Full-Scale Setting: Adjust the full-scale tension using the keys (e.g., set 1000 for 10kg). Calibration:

Zero Adjustment: Execute the "Auto Zero" function without any material load to clear sensor offsets.

Span Adjustment: Hang a known heavy object to calibrate the detector’s sensitivity.

Control Gain: Standard starting values for the PID control are typically 60% for Proportion and 40% for Integral.

Mode Activation: After settings are complete, turn the main dial to "RUN" and cycle the power. Manual Resources

For more granular details, you can refer to the following comprehensive guides: Tension Control Complete Guide

The fluorescent lights of the Delta Printing plant hummed, a low-frequency drone that usually signaled a productive shift. But for Elias, the head technician, the silence coming from Line 4 was deafening.

The culprit was the Mitsubishi LE-30CTA Tension Controller. It sat behind a glass panel, its digital display blinking a cryptic error code that had brought the massive web press to a grinding halt. Without precise tension control, the high-speed film would either snap like a guitar string or sag into a tangled mess of wasted profit.

"I’ve checked the load cells and the powder brake," his apprentice, Sarah, said, wiping grease from her forehead. "The signals are clean. It’s the logic inside the box. We need the manual."

Elias headed to the foreman’s office, but the shelf was empty. The "Exclusive Manual"—the one containing the advanced PID tuning parameters and the specific wiring diagrams for their custom setup—was missing.

He spent an hour scouring the company’s digital archives, only to find generic brochures. He needed the deep-dive technical data: the manual that explained the LE-30CTA’s unique ability to handle automatic diameter calculations without an external encoder.

Finally, he remembered an old encrypted drive left by the previous lead engineer. He plugged it in, fingers flying across the keyboard. There it was: a PDF titled "LE-30CTA - Technical Mastery & Exclusive Configuration."

Back at the machine, Elias followed the "exclusive" instructions to recalibrate the starting tension. He accessed a hidden menu mentioned only in this version of the documentation, adjusting the 'Tension Gain' to compensate for the new, thinner substrate they were running. He pressed 'Start.'

The rollers groaned to life. The film pulled taut, vibrating with the perfect frequency. The LE-30CTA’s display smoothed out, showing a rock-steady tension reading.

"How'd you fix it?" Sarah asked, watching the rolls spin into a blur.

Elias tapped the printed pages of the manual. "The machine is only as smart as the person holding the right instructions."

The Mitsubishi Tension Controller LE-30CTA is an automatic device designed to manage web tension for materials like paper, film, and foil by adjusting the torque of a clutch or brake. While this specific model (LE-30CTA) is currently discontinued as of March 29, 2024, it is still available through secondary retailers like eBay and Alibaba. Manual & Documentation

There is no single official "exclusive" PDF for the LE-30CTA from a central manufacturer site, as it is often bundled with other models or replaced by newer series. However, you can find the necessary operational documentation here:

Application Manual (LE-30CTN/CTA series): This manual covers safety precautions, installation, and general handling of the series. You can view or download it via Mitsubishi Electric's Application Manual PDF.

Instruction Manual (Scribd): A detailed 64-page guide for the LE-30 series is available on Scribd. mitsubishi tension controller le 30 cta manual exclusive

Transition Handbook: For users looking to upgrade or replace their LE-30CTA, Mitsubishi provides a Transition Handbook detailing the move to the newer LE7-40GU-L model. Key Specifications

The LE-30CTA features high-precision control suitable for high-speed production lines: Control Input: 2-channel DC5/12/24V input. Counting Speed: Maximum of 200k pulses/second.

Output: Transistor output (source type), typically 0~24V for magnetic particle clutches/brakes.

Functions: Includes linear counter, ring counter, preset, and latch counter functions. Successor Information

The LE7-40GU-L is the official alternative for the discontinued LE-30CTA. If you are performing a new installation, it is recommended to use this newer model to ensure long-term parts availability and repair support, which is guaranteed for the LE series only until March 31, 2031. Mitsubishi Tension Controller Le 30 Cta Manual - Facebook

Mitsubishi LE-30CTA is an automatic tension controller designed to regulate the tension of web materials—such as paper, film, foil, and wire—by adjusting the torque of electromagnetic clutches or brakes. It is often used in unwinding, winding, and feed reel applications to ensure stable material processing. Core Functions and Features

The controller operates by receiving signals from tension detectors (like the Mitsubishi LX-TD

or LX-TD-909) and comparing them to a preset value to maintain constant tension. Key exclusive features found in related Mitsubishi technical documentation include: Operating Modes

: Supports both automatic and manual modes, with parameters manageable via a front-panel display. High-Precision Control

: Features high-speed pulse counting (up to 200k pulse/s) and minimal ON/OFF operation time deviation to realize precise torque adjustments. Specialised Counters

: Includes linear, ring, sampling, and periodic pulse counter functions to assist in reel diameter calculation and consistent output. Voltage Generation

: Generates 0 to 24 V control voltage for powder/hysteresis clutches and brakes, or a 0 to 5 V torque command for servo amplifiers. Critical Safety and Installation Guidelines

Technical manuals emphasize specific precautions to prevent equipment failure or accidents:

: Perform class D (single-point) grounding independently of strong electric systems to avoid noise-induced malfunctions. Wiring Separation

: Control lines should be kept at least 100mm away from main power lines to prevent interference. Emergency Circuits

: Always install an emergency stop circuit outside the tension controller; internal software errors could hold outputs ON or OFF, potentially leading to accidents. Environmental Protection

: The unit is "open type" equipment and must be installed inside a control box to protect it from dust, corrosive gases, and condensation. Contentstack Product Status and Documentation Note that the LE-30CTN(A)

series has been marked for production discontinuation due to parts availability issues, with the LE7-40GU-L

serving as a recommended functional replacement. Detailed manuals can typically be sourced via the Mitsubishi Electric Europe Download Centre or official Mitsubishi Electric FA Search MITSUBISHI ELECTRIC Global website LE-30CTN APPLICATION MANUAL - Contentstack

Title: Optimizing Web Handling: An Operational Guide to the Mitsubishi LE-30CTA Tension Controller

Introduction

In the landscape of industrial web processing—whether in printing, packaging, film extrusion, or coating—the consistency of material tension is the primary determinant of product quality. Among the hardware solutions designed to maintain this delicate equilibrium, the Mitsubishi LE-30CTA Tension Controller stands out as a robust and widely implemented device. While often viewed merely as a component in a larger electrical cabinet, the LE-30CTA represents a sophisticated closed-loop control system. This essay serves as an exclusive operational analysis of the unit, moving beyond basic specifications to explore the practical nuances of its setup, calibration, and integration, effectively functioning as a strategic companion to the standard technical manual.

The Core Architecture: Understanding the Closed Loop

To effectively utilize the LE-30CTA, one must first understand its role as the "brain" of the tension control system. The device operates on a closed-loop feedback principle. It constantly compares the Set Tension (the desired force) with the Actual Tension (measured via load cells or tension detectors).

The manual for the LE-30CTA outlines the wiring diagrams, but the practical utility lies in understanding how the controller processes this data. It utilizes PID (Proportional, Integral, Derivative) control algorithms to adjust the output. When a roll of material is unwinding, the diameter decreases, and the torque required to maintain tension changes. The LE-30CTA calculates these variations in real-time, sending precise signals to a magnetic powder clutch/brake or a servo motor drive. The operator's primary utility is recognizing that the controller is not just a switch, but a dynamic calculator constantly adjusting for physical variables like roll diameter and inertia.

Initial Setup and Calibration: The Foundation of Stability

One of the most critical sections of the LE-30CTA manual involves the initial parameter setup. A common oversight in industrial settings is the "plug-and-play" mentality, assuming factory settings will suffice for unique web materials.

Navigating PID Parameters: The Art of Tuning

The most daunting aspect of the manual for many technicians is the section on PID constants. These parameters dictate how the system reacts to errors. A system that reacts too fast (high P, low I) will oscillate, causing the web to "jitter." A system that reacts too slowly will allow the tension to drop significantly during acceleration before correcting.

A useful operational tip not always highlighted in basic manuals is the "Step Response" method. By manually introducing a small change in setpoint and observing the reaction on the ammeter or oscilloscope, an operator can visually tune these numbers to achieve a critically damped response—settling quickly without overshoot.

Taper Tension and Advanced Features

For processing materials that are sensitive to compression, such as delicate films or paper, the LE-30CTA offers a "Taper Tension" function. This feature gradually reduces tension as the roll builds up (in winding) or unwinds. The manual provides the formula, but the application requires finesse.

Understanding the Taper Ratio is essential for preventing "starring" (where layers telescope) or "blocking" (where layers stick together). An expert operator uses the LE-30CTA to program a tension curve that starts high for a straight core and tapers off, ensuring a finished roll that is firm on the outside but not crushed on the inside. This feature transforms the controller from a passive regulator into an active quality assurance tool.

Troubleshooting and Diagnostics

Finally, the utility of the LE-30CTA manual is most apparent during fault conditions. The controller is equipped with diagnostic LEDs and error codes. Common issues often stem from mechanical misalignment rather than the controller itself. For instance, an "Overload" error might point to a seized magnetic powder brake, while a fluctuating reading might indicate a damaged load cell cable.

The manual’s troubleshooting flowcharts guide the user through a process of elimination. However, experienced users know to check the mechanical stability of the rollers first. A vibrating roller arm will send erratic signals to the LE-30CTA, causing the controller to aggressively hunt for stability in a mechanically unstable system—a scenario no electronic controller can fix.

Conclusion

The Mitsubishi LE-30CTA is more than a voltage regulator; it is a comprehensive management system for web dynamics. While the official manual provides the necessary wiring schematics and parameter ranges, true operational excellence comes from understanding the interplay between the machine’s mechanics and the controller’s logic. By mastering the calibration of sensors, fine-tuning the PID loops, and utilizing advanced features like taper tension, engineers can unlock the full potential of their machinery. In the high-speed world of converting and printing, this understanding is the difference between wasted scrap and a flawless finished product.

Mitsubishi Tension Controller LE-30 CTA Manual: Exclusive Insights and Operating Guide

Introduction

The Mitsubishi Tension Controller LE-30 CTA is a sophisticated device designed to manage and regulate tension in various industrial applications, including printing, unwinding, and winding processes. This manual provides an in-depth look at the features, operation, and maintenance of the LE-30 CTA, ensuring optimal performance and longevity of the controller.

Overview of Features

Installation and Setup

Operating Instructions

Maintenance and Troubleshooting

Troubleshooting Tips

Conclusion

The Mitsubishi Tension Controller LE-30 CTA is a valuable asset for industries requiring precise tension control. By following this manual, operators can ensure the device is installed, operated, and maintained correctly, thereby optimizing its performance and extending its operational life. For further assistance or specific inquiries, consult the Mitsubishi customer support team or a certified technician.

Disclaimer: This piece serves as a guide based on available data and is intended for informational purposes. Always refer to the official Mitsubishi documentation and consult with a professional for specific applications and requirements.

Mitsubishi Tension Controller LE-30CTA is a precision automatic control device designed to manage the tension of long materials—such as paper, film, foil, and wire—during industrial winding, unwinding, and intermediate processes. By regulating the electrical signals sent to actuators like magnetic powder clutches or brakes, this controller ensures material integrity and prevents defects like wrinkling or breakage. dl.mitsubishielectric.co.jp Core Functions and Operational Principles

The LE-30CTA functions as the "brain" of a web handling system, processing real-time data from tension detectors (such as the Mitsubishi LX-TD series Made-in-China.com Feedback Control

: The unit receives tension signals and compares them against a user-defined setpoint. It then calculates the necessary correction to maintain constant tension. Output Versatility : It generates a control voltage of 0 to 24V DC for magnetic particle/hysteresis clutches and brakes, or a 0 to 5V DC torque command for AC servo amplifiers. High-Speed Processing : It supports a maximum counting speed of 200k pulse/s

, allowing for high-precision adjustments with an ON/OFF deviation measured in nanoseconds. Made-in-China.com Key Technical Specifications

The LE-30CTA is built for high-performance industrial environments with the following technical profile: Made-in-China.com Specification Input Voltage Input Channels 2 channels (DC 5/12/24V) Control Output 0–24V (Clutch/Brake) or 0–5V (Servo) Advanced Functions

Linear counter, ring counter, sampling, and periodic pulse functions Response Time Minimum 25 ns for ON/OFF adjustments Safety Features

Transistor output protection; supports emergency stop integration Industrial Applications

This controller is widely utilized in sectors where "roll-to-roll" processing is critical: dl.mitsubishielectric.co.jp Printing & Packaging

: Prevents misregistration and material waste in flexographic and offset printing.

: Manages delicate fibers to prevent stretching or pattern distortion during dyeing and weaving. Metalworking

: Ensures uniform thickness and flatness in strip coating and slitting lines for steel or aluminum. Manual and Documentation Resources

For detailed installation and wiring diagrams, the manufacturer provides comprehensive instruction manuals. While the LE-30CTA is a specific model, it shares many operational features with the Mitsubishi LE-30CTN

, for which digital manuals are often more readily available on platforms like ManualsLib Contentstack or a guide on initial parameter setup for your specific application? LE-30CTN APPLICATION MANUAL - Contentstack

Mitsubishi Tension Controller LE-30CTA is an automatic control device designed to manage the winding and unwinding tension of long materials like paper, film, and wire. It functions by receiving signals from tension detectors (such as the ) and generating a control voltage of for magnetic particle clutches/brakes or for servo amplifiers. Made-in-China.com Key Specifications & Features High-Precision Control

: Features a trigger input that allows for ON/OFF time adjustments in a minimum of Dual-Channel Input : Equipped with 2 channels for DC5/12/24V input and a maximum counting speed of 200k pulse/s Multi-Functional Counters

: Includes linear, ring, sampling, and periodic pulse counter functions, as well as latch and preset capabilities. Output Support

: Provides 32 transistor output points (source type) with a maximum load current of 0.1A per point. Essential Usage & Manual Insights Installation Caution

: Proper shielding is critical. Use dedicated shielded cables or conduits and perform single-point grounding to avoid malfunctions caused by electromagnetic noise. Operational Safety : Always wait at least 15 minutes

after turning the power OFF before performing wiring or inspections to avoid electric shocks from residual capacitor voltage. Manual Availability

: While hard copies are often provided with the unit, digital versions like the LE-30CTN Application Manual

(a closely related model) are essential for detailed wiring diagrams and alarm code troubleshooting. Contentstack "Useful Story": The Precision Save LE-30CTN APPLICATION MANUAL - Contentstack

Comprehensive Guide: Mitsubishi Tension Controller LE-30CTA Manual Exclusive Insights

In the world of web processing—whether you are dealing with paper, film, or textiles—maintaining precise tension is the difference between a high-quality product and a bin full of scrap. The Mitsubishi LE-30CTA Tension Controller stands as one of the most reliable workhorses in this field.

This article serves as an exclusive deep dive into the LE-30CTA, acting as a functional companion to the official manual to help you master setup, wiring, and troubleshooting. 1. What is the Mitsubishi LE-30CTA?

The LE-30CTA is an automatic tension control unit designed to manage the unwinding or rewinding tension of a web material. Unlike basic manual controllers, the "CTA" series is a high-performance analog controller that uses feedback from tension detectors (load cells) to maintain a constant setpoint. Key Technical Specifications: Power Supply: AC 100–240V. Input Signal: Feedback from LX-TD type tension detectors.

Output: 0-24V DC for clutches/brakes or 0-10V for motor drives.

Control Type: PID (Proportional-Integral-Derivative) control. 2. Hardware Overview & Terminal Connections

According to the Mitsubishi LE-30CTA manual, proper wiring is the most critical step to prevent equipment damage. Power Terminals

The unit typically uses the L1 and L2 terminals for AC power. Ensure your ground (PE) is connected to a dedicated earth point to minimize electrical noise, which can interfere with sensitive load cell signals. Tension Detector (Load Cell) Input Terminals for the LX-TD sensors are highly sensitive.

Shielding: Always use shielded twisted-pair cables for the load cells.

Phasing: Ensure the left and right detectors are phased correctly so their signals add together rather than canceling each other out. Output Control In the world of converting, printing, and flexible

Magnetic Powder Clutch/Brake: Use the power amplifier output if you are controlling a 24V DC clutch directly.

Inverter/Servo Drive: Use the analog output (0–10V) to command a motor drive. 3. The Calibration Process (Zero & Span)

You cannot skip calibration. The LE-30CTA manual emphasizes a two-step process to "teach" the controller what your tension looks like.

Zero Adjustment: With no material on the rollers, use the "Zero" potentiometer or menu setting. This tells the controller that the current weight of the roller equals "0" tension.

Span Adjustment: Hang a known weight (e.g., 10kg) over the tension roller in the exact path the web would take. Adjust the "Span" setting until the display matches the weight of the test load. 4. Exclusive Operating Tips for the LE-30CTA

While the manual tells you what the buttons do, here is how to use them effectively:

Taper Tension Control: On the rewind side, you often want tension to decrease as the roll diameter increases to prevent "telescoping" or crushing the core. The LE-30CTA allows for taper settings—start with a 10-20% taper for standard film.

Noise Mitigation: If your tension readings are "fluttering," check the distance between your signal cables and high-voltage motor wires. The manual recommends a minimum clearance of 200mm.

Auto vs. Manual Mode: Always start your line in "Manual" to take up the slack, then switch to "Auto" once the web is moving at a steady crawl. 5. Troubleshooting Common Error Codes

If your LE-30CTA isn't behaving, check these common manual-referenced faults:

Display Flashing "0.0": Usually indicates a broken wire in the load cell circuit or a sensor that has gone out of range.

Hunting (Tension Oscillation): This means your Gain is too high. Dial back the Proportional (P) setting until the tension stabilizes.

Sluggish Response: Your Integral (I) time is likely too long. Shorten the time to make the controller react faster to speed changes. Conclusion

The Mitsubishi LE-30CTA is a "set it and forget it" piece of hardware once calibrated correctly. By following the manual's wiring diagrams and applying the PID tuning tips above, you can significantly reduce material waste and downtime.

Need the PDF version? Always ensure you download the official Mitsubishi Electric "IB" or "SH" document number for the LE-30CTA to ensure you have the correct wiring schematics for your specific revision.

Mitsubishi LE-30CTA is a specialized automatic tension controller designed for high-precision industrial applications involving the unwinding, intermediate feeding, and rewinding of long materials like paper, film, and wire. As a feedback-type device, it ensures stability by continuously comparing real-time sensor data from tension detectors against user-defined setpoints to maintain constant material tension. Core Functionality & Operation

The LE-30CTA operates by receiving signals from tension detectors, such as the Mitsubishi LX-TD

or LX-TD-928 models. It processes these inputs and generates two primary types of control outputs: Made-in-China.com DC Voltage (0–24V):

Specifically designed to drive magnetic particle or hysteresis clutches and brakes. Torque Commands (0–5V DC):

Used to interface with AC servo amplifiers for more complex motor-driven tension control. Made-in-China.com Technical Features

The device is characterized by its high-speed processing and versatile counting capabilities: High-Speed Counting: Supports maximum counting speeds of up to 200k pulse/s , enabling ultra-responsive feedback loops. Precision Timing:

Features a trigger input that allows for ON/OFF time adjustments in increments as small as , achieving extreme precision in signal processing. Versatile Counter Functions:

Includes linear, ring, sampling, and periodic pulse counter functions to adapt to various machinery setups. Input/Output Specifications:

Operates on a DC24V power supply and typically features 32 points of transistor-type (source) outputs. Installation & Safety Guidelines

According to official instruction manuals, proper setup is critical for preventing electrical interference and equipment failure: Grounding: Users must perform single-point grounding

on the tension controller side. It is strictly forbidden to share a common ground with strong electrical power systems. Noise Mitigation: Control lines should be laid at least 100mm (3.94") away from main power lines to prevent signal noise. Enclosure Requirements:

The unit is often classified as "open type" equipment and should be installed inside a shielded conductive control box to meet EMC Directive standards. Safety Interlocks:

An external emergency stop circuit must be assembled independently of the controller to ensure a safe shutdown during power failures or malfunctions. Contentstack Maintenance & Support

The Mitsubishi LE-30CTA is an automatic tension controller designed for web materials, utilizing feedback control and dual output options to manage torque for clutches and brakes. It features operation memory for storing multiple data types, along with taper tension and inertia compensation for precise, consistent performance.

For comprehensive technical specifications and instructions, consult the Mitsubishi Electric FA Support Portal. Mitsubishi Tension Controller Le 30 Cta Manual - Facebook

The Mitsubishi LE-30CTA is an automatic tension controller designed to manage the unwinding, intermediate, and rewinding tension of materials such as paper, film, and wire. It typically works in conjunction with LX-TD or LX-TD-928 tension detectors to provide high-precision feedback control. Core Functionality

regulates tension by generating a control voltage (0–24V) for magnetic particle clutches/brakes or a torque command voltage (0–5V) for AC servo amplifiers.

High Precision: Features high-speed internal processing (minimum 25ns adjustment) for stable output.

Versatile Controls: Includes linear counter, preset, and sampling counter functions to handle complex winding tasks.

Actuator Support: Compatible with powder brakes, hysteresis clutches, and AC servo systems. Setup and Installation Guide

Mounting: The unit should be installed inside a shielded conductive control box to ensure safety and minimize electromagnetic noise interference. Wiring: Use twisted shielded cables for signal lines.

Maintain at least 100mm of distance between signal cables and high-voltage power lines to prevent surge induction.

Use M3.5 crimp terminals for terminal block connections, tightened to a torque of 0.5 to 0.8 N·m.

Grounding: Perform single-point grounding on the signal receiving side. Never share grounding with strong electric systems. Key Operating Parameters Specification Input Power 100–240V AC, 50/60Hz Output Voltage DC 0–24V (for brakes) or 0–5V (torque command) Display 7-segment LED for digital indication Dimensions 96mm x 96mm x 45mm Operational Tips LE-30CTN APPLICATION MANUAL - Contentstack

Exclusive error code: If "Er-7" appears during span, the weight is less than 20% of max range. Increase weight or reduce F01. and maintained correctly