
NEWS
top Reco Encoder Products Company Introduces 36RT/H Accu-CoderPro® High Resolution Programmable Encoder
Available in both hollow-bore and thru-bore configuration, the 36RT/H delivers factory programmable or user programmable resolutions from 1 to 100,000 CPR. This allows users to match the encoder to specific requirements of their application. Its compact design and bore sizes up to 10 mm make it well suited for integration into a wide variety of motion control systems. When paired with EPC's PR2 Programmer and free programming software, users can configure resolution in the field, select from m
top Reco High-Precision Encoders: Reliable Motion Sensing Solutions for Industrial Automation
Amid the advancement of smart manufacturing and industrial automation, precise motion control and accurate position detection serve as the cornerstone of efficient, stable, and intelligent equipment operation. As essential core sensing components, encoders convert mechanical rotational and linear displacement motion into standard electrical pulse signals, delivering real-time, high-precision data feedback for automated machinery, robotic systems, CNC machine tools, and motion transmission system
top Reco What Makes High-End Encoders Stand Out? 6 Core Standards for Industrial High-Quality Performance
Encoders are core position-sensing components for industrial automation, servo control, machine tool processing, and robotic systems. Their quality directly governs equipment precision, operational stability, and service lifespan.
top Reco DELBURG Encoder Brand Story
Deburg’s technical origins trace back to Encoder Products Company (EPC), a leading premium photoelectric encoder manufacturer in North America with profound industry accumulation. In 1994, EPC established its Asian division in Zhuhai, officially launching localized operation and technology adaptation for the Asian market.
top Reco Professional Selection Guide for Servo Motor Encoders
(Including Motor Pole Number & UVW Commutation Signal Matching | Taking DEERBORG JRT Series as Example) This article analyzes the core logic of servo motor encoder selection based on industrial practical applications, focusing on two critical matching factors: motor pole number and UVW commutation signal. It balances professionalism and practicality to help engineers complete efficient selection and avoid matching errors. The final chapter takes the DEERBORG JRT series as a practical application
Reco Frequent Production Line Shutdowns & Positioning Deviations? The Encoder Pitfall 90% of Factories Fall Into!
If you work with automated equipment or production line operation and maintenance, you have almost certainly encountered these frustrating issues: The system powers up normally, yet unexpected positioning drift, unstable speed feedback, and intermittent shutdown faults occur out of nowhere.
Detailed Explanation of 4 Encoder Output Types! Line Driver, NPN Open Collector, Push-Pull & Voltage Output Selection Guide
1. Standard Official Terminology 1. Line-driver: Long-line differential output (Compliant with RS422 standard) 2. NPN open collector: NPN open collector output 3. Push-pull: Push-pull output (Complementary symmetric output) 4. Voltage-output: Voltage output (Single-ended active voltage output)
Reco Poor Positioning Accuracy? Stop Blaming Encoders! The Real Errors Come From Transmission Chains
Poor Positioning Accuracy? Stop Blaming Encoders! The Real Errors Come From Tran
Reco Delburg & ACCU-CODER Encoders: Direct Drop-in Replacement for Encoders from Europe, America, Japan & South Korea
In industrial automation projects, many engineers are faced with long lead times, high costs and supply chain risks when sourcing imported encoders. Delburg and ACCU-CODER encoders provide a reliable domestic alternative solution, supporting **direct replacement** of mainstream encoder models from European, American, Japanese and South Korean brands. No complex mechanical modification or secondary program adjustment is required for most scenarios.
Reco Industrial Encoder Purchase Risk Avoidance Guide: Full Analysis of Channel Screening, Qualification Verification and Practical Implementation
Industrial encoders are core position feedback components widely applied in automated production lines, machine tools, robotic systems, wind power facilities and lifting equipment. Counterfeit goods, refurbished units, parallel imports and undocumented aftermarket channels often lead to unplanned production downtime, equipment scrapping and project delays. This article delivers a full-scale analysis coveringchannel classification, qualification verification, product authenticity identification,
News
top Reco What Makes High-End Encoders Stand Out? 6 Core Standards for Industrial High-Quality Performance
Encoders are core position-sensing components for industrial automation, servo control, machine tool processing, and robotic systems. Their quality directly governs equipment precision, operational stability, and service lifespan.
Reco Delburg & ACCU-CODER Encoders: Direct Drop-in Replacement for Encoders from Europe, America, Japan & South Korea
In industrial automation projects, many engineers are faced with long lead times, high costs and supply chain risks when sourcing imported encoders. Delburg and ACCU-CODER encoders provide a reliable domestic alternative solution, supporting **direct replacement** of mainstream encoder models from European, American, Japanese and South Korean brands. No complex mechanical modification or secondary program adjustment is required for most scenarios.
Reco Installation Methods of Encoders
Encoders are structurally divided into rotary encoders (Incremental / Absolute) and linear encoders. Rotary encoders are the most widely used in industry. Below are various mounting configurations including shaft type, hollow shaft, blind hollow shaft, flange, coupling, timing belt, spring plate, shaftless and linear grating, along with their features, application scenarios and key notes.
Reco Transmissive vs Reflective Photoelectric Encoders: Principles, Pros & Cons, and Selection Guide
A photoelectric encoder converts mechanical rotational displacement into electrical pulse signals. It is mainly categorized intotransmissive and reflective types. The core difference lies in the optical path structure, which results in comprehensive distinctions in size, accuracy, assembly tolerance, and environmental adaptability. Based on industrial parameters and official technical specifications, this article systematically compares the structural characteristics, advantages, limitations, an
Reco Encoder resolution and accuracy: What’s the difference?
Encoders are at the heart of any closed loop servo system, providing feedback to the controller, which uses this information to determine if the motor reached the commanded position or velocity. Thus, encoder resolution and accuracy are essential to the proper operation of a closed-loop system.
Reco Poor Positioning Accuracy? Stop Blaming Encoders! The Real Errors Come From Transmission Chains
Poor Positioning Accuracy? Stop Blaming Encoders! The Real Errors Come From Tran
Detailed Explanation of 4 Encoder Output Types! Line Driver, NPN Open Collector, Push-Pull & Voltage Output Selection Guide
1. Standard Official Terminology 1. Line-driver: Long-line differential output (Compliant with RS422 standard) 2. NPN open collector: NPN open collector output 3. Push-pull: Push-pull output (Complementary symmetric output) 4. Voltage-output: Voltage output (Single-ended active voltage output)
Reco Frequent Production Line Shutdowns & Positioning Deviations? The Encoder Pitfall 90% of Factories Fall Into!
If you work with automated equipment or production line operation and maintenance, you have almost certainly encountered these frustrating issues: The system powers up normally, yet unexpected positioning drift, unstable speed feedback, and intermittent shutdown faults occur out of nowhere.
Reco Encoder Electrical Anti-Interference Solution, Universal for New Project Design and Old Equipment Rectification
Encoders deployed in industrial environments are frequently disrupted by electrical interference from frequency converters, servo drives, and power cables. Common symptoms include pulse loss, position jitter, speed fluctuation, communication faults, and system out-of-step shutdown.
Reco Long Lead Time of Imported Encoders? Choose DELBURG for Cost Reduction & Technical Renovation
Imported encoders typically feature3–6 month lead times, substantial price premiums, lengthy customisation cycles and sluggish cross-border after-sales support. Equipment upgrades and spare parts inventory management frequently suffer from production downtime due to delayed parts supply, creating severe supply chain risks