Welcome to the Industrial Automation website!

NameDescriptionContent
XING-Automation
E-mail  
Password  
  
Forgot password?
  Register
当前位置:
  • ABB RED670 touchpad film
    ❤ Add to collection
  • ABB RED670 touchpad film

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia

    The core positioning of RED670 touchpad film is "industrial grade touch area protection and operation guarantee component". Its design revolves around the three core requirements of "precise touch, strong protection, and long-term durability".

    • ¥46262.00
      ¥373425.00
      ¥46262.00
      ¥46262.00
    • Satisfaction:

      Sales: 0

      Review: 0

    Weight:1.540KG
    • Quantity:
    • (Inventory: 99999)
Description

The core positioning of RED670 touchpad film is "industrial grade touch area protection and operation guarantee component". Its design revolves around the three core requirements of "precise touch, strong protection, and long-term durability".




ABB RED670 touchpad film

Core positioning and technical characteristics

The core positioning of RED670 touchpad film is "industrial grade touch area protection and operation guarantee component". Its design revolves around the three core requirements of "precise touch, strong protection, and long-term durability". Compared with ordinary touch films, it has the following outstanding technical characteristics:

1. High transmittance and high touch precision: using optical grade PET substrate, the transmittance is over 98%, and the haze is less than 1%, ensuring clear and distortion free display content on the touchpad; The surface adopts nano touch coating, with a touch response time of ≤ 5ms, supporting single point precise touch, and an operation error of less than ± 0.5mm, fully matching the touch recognition accuracy requirements of RED670 device.

2. Wear resistant, stain resistant and easy to clean: The surface is covered with a hardened coating with a hardness of 3H, which has undergone 50000 abrasion tests (steel wool friction without scratches) and can effectively resist scratches caused by nails, tools, etc. in daily operations; The coating has oil and water repellent properties, with a surface contact angle of ≥ 110 °, making it difficult for oil and dust to adhere. After being stained, it can be easily wiped clean with a dry cloth to keep the operating interface clean.

3. Scratch and Explosion proof Safety Protection: Adopting a multi-layer composite structure design, with a substrate thickness of 0.125mm and a fracture elongation rate of ≥ 150%, it has good impact resistance. When the touchpad is subjected to external impact, it can effectively buffer the impact force and prevent the glass panel from shattering; Even in the event of accidental damage, the membrane can still adsorb fragments, preventing sharp fragments from splashing and causing safety hazards.

4. Precise adaptation and convenient installation: Accurately cut according to the actual size of the RED670 device touchpad (10.4-inch customized version), with edge tolerance controlled within ± 0.1mm, and a fitting degree of up to 99%; The back adopts a silicone electrostatic adsorption layer, with a residue free design. No professional tools are required during installation, just align and adhere directly. After disassembly, there will be no adhesive stains left on the surface of the touchpad.

5. Industrial grade environmental adaptability: The working temperature range covers -20 ℃~+70 ℃, and can adapt to the high and low temperature operating environment of substations; It has good weather resistance, UV aging resistance (no yellowing after 1000 hours of xenon lamp aging test), and a certain degree of chemical corrosion resistance, which can resist slight industrial common pollutants such as oil stains and alcohol erosion.


Core functions and application value

The RED670 touchpad film, as the "touch protection barrier" of the RED670 device, focuses on the safety protection, operation guarantee, and long-term maintenance of the touch area. The specific core functions and application values are as follows:

1. Core protection function of touchpad

In industrial sites such as substations, RED670 devices often face frequent operations and complex environments. The touchpad film can provide comprehensive protection: preventing operators from scratching the touchpad surface with their nails and preventing accidental tool collisions from causing panel damage; Block dust, oil stains, water vapor, etc. from entering the interior of the touchpad, protect the touch sensing elements from corrosion, and extend the service life of the touchpad. In outdoor control cabinets of new energy power plants, this function can effectively reduce the risk of touchpad failure caused by environmental factors and reduce equipment maintenance costs.

2. Ensure precise and stable touch operation

Its high transparency and precise touch coating design ensure that the display content is clear and visible for operators when viewing device parameters and setting protection settings. The touch operation responds quickly and accurately, avoiding parameter setting errors caused by insensitive touch or operation errors. In emergency operation scenarios of substations, stable touch performance can ensure that operators can quickly complete key operations such as switching on/off protection devices and modifying fixed values, improving work efficiency and operational safety.

3. Reduce the difficulty of daily maintenance

The surface characteristics of oil and water repellency make the touchpad film have good anti fouling ability. It can be kept clean with simple wiping in daily life without the need for special cleaning agents; The wear-resistant coating reduces the wear marks on the touchpad, ensuring that the device maintains a good appearance for a long time. For operation and maintenance personnel, it can significantly reduce the cleaning and maintenance workload of RED670 devices and improve operation and maintenance efficiency.

4. Improve operational safety and reliability

Explosion proof features can effectively prevent glass fragments from splashing and protect operators from injury in the event of accidental damage to the touchpad; At the same time, the insulation performance of the membrane (surface resistivity ≥ 10 ¹² Ω) can reduce the risk of electric shock for operators operating in humid environments. In high humidity distribution room environments, this function provides additional protection for the safe operation of operators.

5. Long term durability reduces replacement costs

The industrial grade material selection and structural design enable the service life of the touch panel film to reach more than 3 years, far exceeding that of ordinary civilian touch films; The installation method of electrostatic adsorption is easy to replace and will not cause damage to the touchpad. When the membrane body is severely worn or stains cannot be removed, a new membrane can be quickly replaced, which greatly reduces equipment maintenance costs compared to replacing the entire touchpad.


Structural composition and key parameters

The RED670 touchpad film adopts a multi-layer composite structure design, with each layer working together to ensure protective performance and touch effect. Its core structural composition and key technical parameters are as follows:

category

Core components/parameter items

Specifications

Functional benefits/performance advantages

structural composition

Surface hardening layer

3H hardness nano coating, thickness 5 μ m

Wear resistant and scratch resistant, resistant to daily operational damage

Substrate layer

Optical grade PET, thickness 0.125mm

High transparency, providing structural support

Touch optimization layer

Conductive nano coating, thickness 2 μ m

Ensure touch sensitivity and accuracy

adsorption layer

Silicone electrostatic adsorption layer, thickness 3 μ m

No adhesive residue, convenient bonding and disassembly

key parameters

optical performance

Transmittance ≥ 98%, haze ≤ 1%, yellowing index ≤ 1

Ensure clear display and long-term use without yellowing

Touch performance

Response time ≤ 5ms, operation error ± 0.5mm, supports single touch control

Match RED670 device touch requirements, precise operation

wear resistance

50000 times of steel wool friction without scratches, pencil hardness of 3H

Long lasting wear resistance, reducing traces of use

environmental parameters

Working temperature -20 ℃~+70 ℃, resistant to UV aging for 1000 hours without change

Adapt to high and low temperatures and lighting environments in industrial sites

Dimensions

10.4 inch customized, size 210mm × 158mm, edge tolerance ± 0.1mm

Accurate adaptation of RED670 device touchpad, high adhesion


Typical application scenarios

RED670 touchpad film is widely used in various power automation scenarios deployed in RED670 devices due to its precise adaptability, strong protection, and industrial grade environmental adaptability. Typical applications include:

1. Substation microcomputer protection system

In the main transformer protection and line protection cabinets of substations of 110kV and above, the RED670 device serves as the core protection unit. Its touchpad film can effectively protect the touch area from wear and tear caused by frequent operation by operators, and resist dust and oil pollution inside the substation; In damp or foggy substation environments, the hydrophobic properties can prevent water vapor from condensing on the surface of the touchpad, ensuring the accuracy of touch operations and ensuring the convenience and reliability of parameter settings and status queries for protective devices.

2. Control scenarios for new energy power plants

In the control unit of the combiner box in photovoltaic and wind power plants, the RED670 device is used to achieve power quality monitoring and fault protection. The weather resistance of the touch panel film can adapt to the high and low temperature environment of outdoor control cabinets (high temperature in summer, severe cold in winter), and the anti ultraviolet characteristic avoids the yellowing of the film body caused by long-term outdoor light exposure; Its explosion-proof characteristics can reduce the risk of touchpad damage and ensure the safety of operation and maintenance personnel in the vibration environment of wind farms.

3. Industrial enterprise power distribution room

In the self owned distribution rooms of industrial enterprises such as steel and chemical plants, the RED670 device is used for the protection and monitoring of distribution lines. The oil resistant characteristics of the touchpad film can resist oil pollution in the distribution room and facilitate daily cleaning; The wear-resistant coating can withstand accidental scratches caused by operation and maintenance personnel using tools to assist in operations, extend the service life of the touchpad, and reduce equipment maintenance costs for enterprises.

4. Urban distribution network terminals

In the ring main unit and box type substation of urban distribution network, RED670 device is used to achieve automatic control of distribution network. The compact design and precise adaptability of the touch panel film can perfectly fit the device touch panel. Its insulation performance can reduce the risk of electric shock for operators in humid underground distribution room environment; The scratch resistant feature can resist accidental collisions of tools during the distribution of electricity, ensuring the normal operation of the device.

5. Control panel of power dispatch center

On the centralized control screen of the power dispatch center, multiple RED670 devices are centrally deployed for monitoring and protection of the regional power grid. The high transparency of the touchpad film ensures that dispatchers can clearly view the operating parameters of each device, and the precise touch performance guarantees that dispatchers can quickly complete operations such as protection setting modification and fault reset, improving dispatch efficiency; The easy to clean feature can maintain the cleanliness and aesthetics of the control screen, reducing the daily maintenance workload of the dispatch center.


  • User name Member Level Quantity Specification Purchase Date
  • Satisfaction :
No evaluation information
  • HMS Anybus Communicator Gateway Replacement and Troubleshooting Guide
  • Allen Bradley 800T/H 30mm Button Troubleshooting and Replacement Guide
  • Schneider Modicon M340 Strict Environment Deployment and Troubleshooting Guide
  • Kepco BOP 1000M Troubleshooting Application
  • Siemens SIPROTEC 5 Replacement and Upgrade Guide
  • Banner XS/SC26 Security Controller Debugging and Troubleshooting
  • Allen Bradley MicroLogix 1500 Installation and Debugging
  • EOCR-PMZ (panel embedded) and EOCR-PFZ (embedded) motor comprehensive protector
  • Microchip PIC16F182X Low Power Design
  • FANUC α iS servo HRV calibration practice
  • Mitsubishi Electric GT23 Series HMI Maintenance Guide
  • Mitsubishi GT27 HMI Application Guide
  • Siemens SIMATIC ET 200M Selection
  • Lenze 8200 Vector Selection
  • Troubleshooting of Siemens MASTER DRIVES VC
  • FANUC I/O Unit A Maintenance Manual
  • Allen Bradley PLC-5 Classic Controller Complete Guide
  • Maintenance of M&C SP2006-H/DIL Sampling Probe
  • Pro face connection to Mitsubishi DIASYS Netmation
  • OMRON SYSMAC C-series/CVM1/CV series analog I/O units
  • LTI ServoOne Replacement and Troubleshooting
  • OMRON C-series AD/DA module configuration
  • Siemens 840C 611D Module Replacement Guide
  • Diagnosis and maintenance of ABB ACS550 frequency converter fault codes
  • OMRON NX1P2 Hardware Debugging Guide
  • Fuji FRENIC Mini inverter troubleshooting
  • Braided Forissier Braided Copper Strip Selection Guide
  • Mecc Alte MC200 Controller Engineering Debugging and Troubleshooting
  • Schneider Square D 9036/9037/9038 Electromechanical Liquid Level Controller
  • Pilz PSS 4000 distributed safety control
  • Schneider TeSys GV5/GV6 Motor Circuit Breaker Operation and Protection Guide
  • Eaton Freedom NEMA Contactor Starter Complete Guide
  • OMRON D4SL-N/D4SL-NSK10-LK Safety Door Switch Comprehensive Guide
  • NI CompactRIO Embedded System
  • Emerson Ovation I/O Module Troubleshooting and Replacement Practical Guide
  • MITSUBISHI A-series PLC Troubleshooting Replacement
  • Automation Direct DL06 D0-06DD1 Replacement Guide
  • IFM CR2530 Intelligent Controller Guide
  • OMRON FH/FHV series visual sensor controller
  • Pilz PDP67 F4 code troubleshooting
  • Panasonic FP-X PLC Replacement and Troubleshooting
  • OMRON CK3W-AX Multi axis Control Selection
  • Debugging and maintenance of EPSON RC90/RC90-B controller
  • Nthytronic Group iRTUe I/O Expansion Module
  • Schneider ATV320 Inverter Installation and Debugging Guide
  • Eaton SPB Drawdown Switch Maintenance Guide
  • GFS EVO-SP dual fuel retrofit complete solution
  • OMRON CJ2 CPU Troubleshooting and Maintenance
  • Complete Guide to Lenze ECS Servo System
  • GE EX2100e Excitation System Complete Guide
  • OMRON G3PW Power Controller: Parameter Setting and Troubleshooting Guide
  • Key Points for Selection and Deployment of MITSUBISHI FX3GE PLC
  • Beckhoff EP23xx EtherCAT Box Selection Troubleshooting
  • MITSUBISHI MDS-B servo troubleshooting
  • TOYO valve pressure and temperature selection
  • SIEMENS SIMODRIVE 611 HR/HRS Replacement and Advanced Positioning Techniques
  • SIEMENS SINUMERIK 840C 611-D Startup and Troubleshooting Guide
  • FANUC Series 0i-F Maintenance and Troubleshooting
  • Troubleshooting Schneider Modicon TM3 Bus Expansion
  • Troubleshooting of R&S EPL1000
  • Baum ü llerb b maXX 5000 Safety Configuration and Troubleshooting Guide
  • Huichuan AM600 Motion Controller Malfunction and Replacement Guide
  • Allen Bradley Ultra3000 Servo Motor Replacement Guide
  • NEC NL8060BC26-17 LCD Module Maintenance and Replacement
  • ABB Pluto Safety PLC Maintenance and Troubleshooting
  • OMRON NE1A Safety Controller Troubleshooting and Replacement
  • Allen Bradley 2711P series PanelView Plus human-machine interface terminal
  • NI cFP-22xx on-site integration and troubleshooting
  • KEYENCE XG-8000 Line Scan Visual Debugging Guide
  • OMRON G9SX Security Unit Configuration and Troubleshooting
  • OMRON CPM1A Maintenance and Troubleshooting
  • ABB ACH550 Inverter Maintenance
  • IDEC MicroSmart FC6A Replacement Guide
  • Gefran GILOGIK II Distributed I/O System
  • GE VersaMax Nano/Micro Replacement Guide
  • Nastyaer GIV50-11 limit switch
  • Rockwell Trusted TMR Processor
  • TIANMA NL8060BC21-11KG Industrial LCD
  • CapXon UJ series aluminum electrolytic capacitors
  • FLVOTEK MV10H DC/DC power supply
  • SIEMENS QBE3000/3100 differential pressure
  • Huichuan H3U series PLC high-performance motion control selection and troubleshooting guide
  • Phoenix Contact ILC 1X1 Field Troubleshooting and Engineering Application Guide
  • Allen Bradley Lifeline 4 Cable Switch Field Installation and Troubleshooting Complete Guide
  • Gardner DELCOS 3100 Controller Field Troubleshooting and Maintenance Guide
  • Mitsubishi GOT2000 Utility Troubleshooting and System Maintenance Complete Guide
  • Ohmite EBW Current Sensing
  • Mitsubishi A1S61PN Power Module: Complete Guide to On site Troubleshooting and System Maintenance
  • Complete Guide to On site Maintenance and Troubleshooting of Honeywell TN3801 Electro Motive Liquid Level
  • ABB PSTX/PSR Soft Starter Field Troubleshooting and Maintenance Guide
  • GE Hydran 201Ti Troubleshooting Practice
  • ABB NextMove ESB-2 Debugging and Replacement
  • CAREL PGD Handheld Operator Configuration Replacement
  • Clinical Guidelines for Hiossen EK Implant System
  • Eaton 9PX UPS maintenance and replacement
  • Airlec RYP Precision Pressure Reducing Valve Selection and Maintenance
  • Schneider Modicon M258 Selection and Upgrade
  • KEYENCE XG-8000/7000 adds new features
  • Alfa Laval EPC 50 Upgrades EPC 70 Separators
  • Nidec Unidrive M700 Troubleshooting
  • Mitsubishi A171SCPU Maintenance and Troubleshooting
  • YASKAWA DX200 Feature Pack Complete Guide
  • CKD AxTools servo debugging software (EboDEX)
  • IUSA Copper Tube System Installation and Troubleshooting Guide
  • TAIYO LX Series Generator Common Troubleshooting and Maintenance Guide
  • Automation Direct DL06 PLC Common Troubleshooting and Maintenance Guide
  • Kepco BOP Bipolar Power Supply Troubleshooting and Maintenance Guide
  • Pilz PNOZmulti Safety Controller Troubleshooting and Maintenance Guide
  • HMS Airbus X-gateway troubleshooting
  • Nidec Unidrive SP troubleshooting
  • GE SPEEDTRONIC Mark VI troubleshooting
  • LK-TECH MGv2 Servo Motor System Complete Guide
  • Zebra EPL2 Complete Guide
  • Gold Whistle Servo Drive Complete Guide
  • MITSUBISHI ELECTRIC FR-D700 Inverter Complete Guide
  • Edwards EST-3 Life Safety System
  • ABB ACS380 Inverter Complete Guide
  • MITSUBISHI ELECTRIC MELSEC iQ-R/Q/L Complete Guide
  • Rockwell Automation CompactLogix 5380/5480 Complete Guide
  • CODESYS Control Win SL Soft PLC
  • ABB AC 800M Complete Guide
  • Honeywell 7800 Troubleshooting Guide
  • Troubleshooting of Rockwell AutoMax DPS
  • SNO 4062K/SNO 4062KM Safety Relay On site Troubleshooting and Selection Replacement Guide
  • World Encoders iPHD Series Handheld Operation Box Field Troubleshooting and Replacement Selection Guide
  • Troubleshooting of Copes Vulcan bypass valve
  • Complete Guide for On site Maintenance and Troubleshooting of ZF ClearCommand 9000 Series Ship Propulsion Control System
  • Troubleshooting of Pro face GP Series