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Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series

  • 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℃ ~ +60℃ (Optional range: -30℃ ~ +70℃)
  • Relative Humidity: ≤95% (at 25℃)
  • Duty Cycle: Short-time duty, 10 minutes

Description

Introduction of Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series

Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series
Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series

Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series are compact, high‑reliability rotary drive units designed for precise valve control in heavy‑duty industrial processes. Engineered for ball valves, butterfly valves, plug valves, and other quarter‑turn control components, these actuators deliver a rated torque of 150 N·m with selectable output speeds of 0.5 rpm and 1 rpm, making them ideal for on‑off and light modulating duty across power, petroleum, chemical, metallurgy, water treatment, and municipal engineering systems. They operate steadily under continuous working conditions and maintain consistent performance even in long‑term use, bringing stable and dependable drive support to various fluid control scenarios.

Built with a rugged aluminum alloy housing, they combine low weight, high structural rigidity, and modern aesthetics, while complying with ISO5211 standard mounting flanges for fast installation and broad valve compatibility. Moreover, BJ15-Q1 supports multiple control modes, including local operation, remote switching control, analog regulation, ESD emergency shutdown, and two‑wire control, to fit diverse system architectures. It also integrates full‑featured protection: torque overload, motor overheating, phase loss, automatic phase correction, and instantaneous reverse prevention, all working together to boost operational safety and extend service life.

Additionally, the series supports optional communication bus cards and non‑intrusive setup, simplifying on‑site commissioning, calibration, and routine maintenance. As a core component in automated flow control loops, BJ15-Q1 reliably links electrical control signals and mechanical valve motion, enabling stable, efficient, unattended operation, reducing manual intervention, and improving overall process safety and reliability. It effectively lowers daily management costs and enhances the stability and intelligence level of the whole control system.

Specification of Quarter-Turn Electric Valve Actuator BJ10-Q1 Intelligent Series

  • 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℃ ~ +60℃ (Optional range: -30℃ ~ +70℃)
  • Relative Humidity: ≤95% (at 25℃)
  • Duty Cycle: Short-time duty, 10 minutes

    Quarter-Turn Electric Valve Actuator BJ10-Q1 Intelligent Series
    Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series

Non‑Intrusive Design

Non-Intrusive design
Non-Intrusive design

The Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series has a user‑centric non‑intrusive design. Meanwhile, it simplifies field setup for quarter‑turn valve actuators. Specifically, technicians need not open electrical covers or expose circuits. Instead, they set parameters via an external setter or control knob. Also, limit setting and calibration are done directly on the enclosure. Thus, this keeps moisture, dust and corrosive gases out of the unit. Moreover, it maintains the IP65 ingress protection rating effectively. Additionally, it also reduces short circuits and component damage risks. Furthermore, non‑intrusive operation supports fast signal calibration. Besides, no wiring disassembly is required during the process. Therefore, this saves time and minimizes potential human error. Notably, the non‑intrusive design is particularly useful in harsh or explosive environments. In fact, safe setup is possible without breaking the sealed enclosure. Consequently, the design makes the actuator more convenient and reliable. Finally, it also improves adaptability to tough field conditions.

Dot‑Matrix LCD Display

The BJ10‑Q1 uses a clear dot‑matrix LCD for better visibility. Furthermore, it delivers intuitive real‑time feedback for quarter‑turn actuators. Meanwhile, the screen shows position, status, faults and diagnostic data. In addition, clear texts and graphics allow easy at‑a‑glance reading. Unlike basic indicators, this display offers more detailed information. As a result, users can quickly spot overload or signal faults. Moreover, it supports localized languages and logical menus. Therefore, on‑site staff need no special training to operate it. Besides, it pairs well with non‑intrusive setup functions. In turn, it provides friendly and efficient human‑machine interaction. Accordingly, commissioning and troubleshooting are significantly accelerated. Overall, this LCD makes the Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series highly observable and manageable. Finally, it enhances operation transparency and maintenance efficiency.
LCD Display
LCD Display

Absolute Encoder Position Sensor and Communication Bus Cards

Absolute Encoder
Absolute Encoder
Fieldbus Cards
Fieldbus Cards
The Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series adopts a high‑precision absolute encoder for position detection. Accordingly, it enhances control accuracy and stability for quarter‑turn actuators. Unlike incremental encoders, it needs no battery or homing after power loss. Instead, it identifies absolute valve position immediately at startup. Thus, it ensures fast, accurate positioning with zero cumulative error. This design delivers reliable stroke control and stable torque output. Moreover, it responds smoothly even under frequent operation. Meanwhile, the actuator supports multiple optional bus communication cards. These include Modbus, Profibus‑DP, HART, DeviceNet and Fieldbus. They enable seamless integration into digital industrial networks easily. Furthermore, they support remote monitoring, adjustment and fault diagnosis. Therefore, standalone actuators become intelligent network nodes. With high precision and flexible bus connectivity, the Quarter-Turn Electric Valve Actuators BJ15-Q1 Intelligent Series performs excellently. It is perfectly suited for intelligent plants and DCS systems.

Related product:BJ-Q3 Series Part-Turn Intelligent Electric Actuators

Part-Turn Electric Valve Actuator BJ40-Q3
Part-Turn Electric Valve Actuator BJ40-Q3

BJ-Q3 series are intelligent part-turn electric actuators for industrial process control. They use a lightweight aluminum alloy casing and feature a compact and reliable structure. Meanwhile, they adopt a user-friendly non-intrusive design for easy operation. In addition, technicians can set parameters and check status without opening the enclosure. Furthermore, the dot-matrix LCD displays clear position, status and fault information in Chinese. Also, the absolute encoder delivers stable and high-precision position detection.

This series supports multiple control modes such as local, remote and bus control. Moreover, it provides complete protection including overload, phase loss and overheat protection. Besides, users can add optional communication cards for seamless digital network integration. In addition, the actuators meet IP67 and explosion-proof standards for harsh environments. Accordingly, they widely apply in power, petroleum, chemical, metallurgy and many other industrial fields.