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Motorized Rotary Valve Actuators BJ400-Q1

  • Power Supply: 380Vac ±10%, 50Hz ±2%; 220Vac ±10%, 50Hz ±2%; AC220~660V, 50/60Hz (Optional)
  • Input Signal: DC4~20mA (Regulating type only); DC24V, AC220V, or dry contact (passive).
  • Output Signal: 4 field-configurable output contacts; 1 remote indication output contact; 1 fault alarm output contact
  • Output Contact Rating: 250Vac/5A
  • Output Current Load Impedance: ≤750Ω
  • Protection Rating: IP65 (IP67 optional)
  • Insulation Class: Class F
  • Ambient Temperature: -20℃ to +60℃ (optional : -30℃ to +70℃)
  • Relative Humidity: ≤95% (at 25℃)
  • Duty Cycle: Short-time duty, 10 minutes
  • Lubrication: High-performance grease

Description

Introduction of Motorized Rotary Valve Actuators BJ400-Q1

Motorized Rotary Valve Actuators BJ400-Q1
Motorized Rotary Valve Actuators BJ400-Q1

Motorized Rotary Valve Actuators BJ400-Q1 are high-performance intelligent quarter-turn actuators for medium and high torque applications. Specifically, they provide strong and stable output torque to drive large-diameter valves effectively. As a result, they meet the needs of long-period continuous operation and frequent adjustment scenarios. Moreover, these actuators combine a mature mechanical transmission with advanced electronic control technology. Hence, they achieve high reliability, stability, and intelligent operation functions simultaneously.

Furthermore, these Motorized Rotary Valve Actuators support both switch-type and regulation-type control modes. Therefore, they flexibly adapt to frequent regulation or intermittent operation scenarios as needed. They also include perfect protection functions for safer field operation. For instance, torque overload protection prevents damage from excessive mechanical stress. Additionally, power phase loss, motor overheating, and instantaneous reverse protection safeguard the actuator. Consequently, these features effectively avoid equipment damage from misoperation or abnormal working conditions. Meanwhile, the aluminum alloy shell offers lightweight durability with good heat dissipation and corrosion resistance.

In addition, these actuators feature a friendly human-computer interaction interface and convenient debugging methods. Specifically, non-intrusive parameter setting allows cover-free adjustments on site. Clear status display and automatic fault self-diagnosis greatly reduce maintenance difficulty. As a result, users benefit from lower operating costs over the equipment’s lifetime. Finally, industries such as water treatment, petroleum, chemical, metallurgy, and paper making widely use these actuators. They provide stable and efficient driving support for modern automated pipeline systems.

Technical Specifications of Motorized Rotary Valve Actuators BJ400-Q1

  • Power Supply: Three-phase: 380Vac ±10%, 50Hz ±2%; Single-phase: 220Vac ±10%, 50Hz ±2%; Optional Power: AC220~660V, 50/60Hz (Compatible with both three-phase 3-wire and 4-wire configurations. Special power requirements must be specified during ordering)
  • Input Signal: DC4~20mA (Regulating type exclusive); DC24V, AC220V, or dry contact (passive)
  • Output Signal: 4 groups of field-configurable output contacts; 1 set of remote status output contacts; 1 set of fault alert output contacts
  • Output Contact Capacity: 250Vac/5A
  • Output Current Load Impedance: ≤750Ω
  • Protection Level: IP65 (IP67 available as option)
  • Insulation Grade: Class F
  • Ambient Temperature Range: -20℃ to +60℃ (Extended range: -30℃ to +70℃ optional)
  • Relative Humidity: ≤95% (at 25℃)
  • Operation Mode: Intermittent duty, 10 minutes
  • Lubrication: Premium grease
  • Installation: Mounting flange conforms to ISO5211:2017 (GB/T12223-2023) standard. Custom flange designs available per client specifications
Motorized Rotary Valve Actuators BJ400-Q1
Motorized Rotary Valve Actuators BJ400-Q1

Absolute Encoder High-Precision Positioning

Absolute Encoder
Absolute Encoder

First of all, the built-in high-precision absolute encoder can collect valve position signals in real time, with high accuracy and good stability. Furthermore, it can maintain accurate position data after power failure and restart, without any homing action, which greatly improves the response speed of the system. Besides, it supports multi-stage position signal output and flexible configuration of intermediate position feedback, meeting diverse control needs. In addition, its strong anti-vibration and anti-interference ability ensure stable performance even in harsh industrial sites with vibration and electromagnetic interference.

Dot-Matrix LCD Human-Computer Interaction

To begin with, the dot-matrix LCD display can clearly and comprehensively display various operating parameters, fault information, and real-time valve position. Moreover, the full Chinese menu interface makes operation more intuitive and simple, reducing misoperation caused by language barriers. Additionally, real-time status indication and fault code display help maintenance personnel quickly judge and handle equipment abnormalities. Above all, the display has high brightness, wide temperature adaptability, and can be used normally in various indoor and outdoor harsh environments.

LCD Display
LCD Display

Typical Industrial Application Scenarios

First of all, these actuators are widely used in petroleum, chemical industry, water supply and drainage, thermal power, metallurgy, and other industrial fields. Moreover, they can adapt stably to harsh environments such as high temperature, high humidity, corrosion, and vibration. In addition, they can be perfectly matched with ball valves, butterfly valves, baffles, and other equipment to realize automatic switch and adjustment control. Finally, they help to improve the automation level of the system, reduce manual operation, and enhance production safety and operational stability.

Related Product 2: BJ‑Y1 Series Electro‑Hydraulic Actuators

Smart Electro-Hydraulic Valve Actuators BJBZ-Y1
Smart Electro-Hydraulic Valve Actuators BJBZ-Y1

BJ‑Y1 series electro‑hydraulic actuators feature an integrated structure without an external hydraulic station and support flexible installation at any angle. They combine mechanical, electrical, hydraulic and signal control systems to provide strong and stable torque output for large‑size valves. Besides, they use non‑intrusive operation design and dot‑matrix LCD display to simplify on‑site setup and maintenance. Additionally, built‑in absolute encoders ensure accurate valve position detection even after power failure. Furthermore, they offer emergency functions such as power‑off spring return, manual pump operation and ESD emergency shutdown to enhance system safety. Also, they support various fieldbus protocols and 4–20mA analog control for seamless access to automated control systems. Finally, with excellent anti‑corrosion and explosion‑proof performance, they fit well in high‑demand working conditions such as petroleum, chemical and cement plants.