China Panasonic Stationary Transducers ECO series ng-eTTS500-qu Manufacturer, Manufacturers

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China Panasonic Stationary Transducers ECO series ng-eTTS500-qu Manufacturer, Manufacturers

The ECO Series fixed sensors from the n-gineric brand include the ng-eTTS500-qu, ng-eTTS1000-qu, ng-eTTS2000-qu, ng-eTTS5000-qu. These USB portable fixed sensors ensure fastening accuracy and quality control on production lines. Suitable for intermittent drive tools, direct drive tools, hydraulic pulse tools, and mechanical pulse tools, they verify assembly tool accuracy and repeatability without requiring additional proprietary hardware. Their built-in parameter memory makes them uniquely plug-and-play fixed sensors in the industry, operable with only a Windows PC or Android device, complete with complimentary software. Key features include eco-friendly design, compact dimensions, optional ng-Link functionality, and a standard USB interface.

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Product Description

📋Overview

Panasonic ng-eTTS500-qu is a flagship model in the ECO series of fixed sensors, specifically designed for torque tightening precision control and quality verification on manufacturing production lines. With its core advantages of portability, ease of use, and high precision, it serves as a reliable solution for tool performance calibration in assembly processes.

I. Core Positioning and Application Scenarios

This sensor primarily verifies the precision and repeatability of assembly tools. It adapts to various common assembly equipment, including intermittent drive tools, direct drive tools, hydraulic pulse tools, and mechanical pulse tools. Widely used in manufacturing scenarios with strict torque requirements - such as automotive components, electronic devices, and precision machinery - it helps enterprises standardize and control torque processes on production lines, reducing product quality risks caused by improper fastening.

II. Key Performance & Technical Features

1. High-Precision Measurement

Utilizing strain gauge torque measurement technology paired with a 24-bit high-resolution data acquisition module, it accurately verifies torque parameters within the 5Nm - 50Nm range. The aluminum alloy housing and dual ball bearing structure design achieves lightweight construction while enhancing structural stability.

2. Plug-and-Play Convenience

Built-in parameter memory eliminates the need for additional proprietary hardware. Simply connect to a Windows PC or Android device to start using it, delivering the industry-unique advantage of "plug-and-play" operation with free provided software.

3. Compact Design & Adaptability

Continuing the ECO series' eco-friendly and compact characteristics, its small size facilitates flexible placement within limited production spaces. Equipped with standard USB and supports optional ng-Link functionality for advanced data transmission.

III. Core Value and Advantages

Compared to traditional torque calibration equipment, the ng-eTTS500-qu delivers core competitiveness through "low cost, high usability, and high precision":

Eliminates complex installation and debugging processes for rapid integration into existing production lines
Reduces operational and maintenance costs with free software and universal interface design
Provides reliable data support for quality control through high-precision measurement capabilities, helping enterprises enhance assembly process stability and product yield rates.

⚙️Specifications

Model Number	Torque Range	Interface	Drive Type
ng-eTTS500-qu	+/- 5 Nm	USB	3/8" Square Drive
ng-eTTS1000-qu	+/- 10 Nm	USB	3/8" Square Drive
ng-eTTS2000-qu	+/- 20 Nm	USB	3/8" Square Drive
ng-eTTS5000-qu	+/- 50 Nm	USB	3/8" Square Drive

Product Name	Adjustable Range Reflective Photoelectric Sensor EQ-500
Product Number	EQ - 511T
Applicable Regulations	EMC Directive: EN 60947 - 5 - 2
Adjustable Range	0.2 to 2.5 m (0.656 to 8.202 ft)
Output: Output operation	Switchable either Detection - ON or Detection - OFF
Output: Short-circuit protection	Incorporated
Response time	2 ms or less (depends on the setting timer period)
Operation indicator	Orange LED (lights up when the output is ON)
Stability indicator	Green LED (lights up under stable operating condition)
Distance adjuster	2 - turn mechanical adjuster with indicator
Sensing mode	Switchable either BGS or FGS function
Protection	IP67 (IEC)
Ambient Temperature	- 25 to +55 °C (- 13 to + 131 °F) (no dew condensation or icing allowed), storage: - 30 to + 70 °C (- 22 to + 158 °F)
Ambient humidity	35 to 85 % RH, storage

🏷️Models

Models: Panasonic R290 Fixed Rotary Compressors 7RS132EAA61

📦Delivery Information

Delivery information typically includes delivery times, shipping methods, packaging, etc., which may vary depending on the seller and the location of purchase.

📥Manuals + Resources

Panasonic Stationary Transducers - ECO series ng-eTTS500-qu Datasheet.pdf

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❓Frequently Asked Questions (FAQ)

What are the primary applications of the Panasonic ng-eTTS500-qu sensor?

The sensor is specifically designed for torque tightening precision control and quality verification on manufacturing production lines. It is widely used in automotive component, electronic device, and precision machinery assembly to verify tool repeatability and torque output.

Which types of assembly tools can be verified with this sensor?

It adapts to various common assembly equipment, including intermittent drive tools, direct drive tools, hydraulic pulse tools, and mechanical pulse tools.

Does this system require additional proprietary hardware or converters to operate?

No, the sensor features plug-and-play convenience with built-in parameter memory. It connects directly to a Windows PC or Android device via a standard USB connection, and the accompanying measurement software is provided free of charge.

What is the environmental protection rating of this equipment?

The system meets the IP67 (IEC) protection standard, rendering it highly resistant to dust and water, making it suitable for demanding industrial and assembly environments.

What is the measurement range and precision architecture of the ECO sensor series?

The sensor utilizes strain gauge torque measurement technology combined with a 24-bit high-resolution acquisition module to reliably measure and verify torque parameters within a 5Nm to 50Nm range.