Current Switch Dwyer CCS-231150 Split Core Adjustable Setpoint 0‑200A

Description

Product Overview

The Dwyer CCS-231150 Current Switch is engineered for high‑performance current detection in demanding industrial settings. Featuring a split‑core sensor, the device offers a non‑intrusive method of measuring current without breaking the circuit, which preserves system integrity and reduces downtime. The adjustable setpoint spans from 0 to 200 A, allowing users to tailor the activation point to specific process requirements. Output is provided as a normally‑open NPN transistor, compatible with a wide range of programmable logic controllers, motor starters, and alarm systems. The housing is constructed from UL‑rated ABS plastic, delivering resistance to impact, chemicals, and temperature extremes while maintaining a lightweight profile. CE and cUL certifications confirm that the switch meets rigorous safety and electromagnetic compatibility standards, making it suitable for global deployment across manufacturing, energy, and automation sectors.

Usage

Designed for versatility, the CCS-231150 excels in applications such as motor protection, transformer monitoring, and load management in conveyor systems. Its split‑core design enables installation on existing conductors without the need for disassembly, simplifying retrofits and new installations alike. The adjustable setpoint can be calibrated to trigger alarms, shut down equipment, or initiate corrective actions when current exceeds predefined thresholds, helping prevent overheating and equipment failure. The NPN normally‑open output integrates seamlessly with PLC inputs, relay coils, and indicator lights, providing clear visual or digital signals to operators. The robust ABS enclosure ensures reliable operation in environments with humidity up to 95 % non‑condensing, dust, and exposure to oil or coolant, making it an ideal choice for factories, processing plants, and utility substations.

Why Choose Us

Choosing the Dwyer CCS-231150 means selecting a product backed by decades of expertise in measurement technology. Dwyer Instruments is renowned for delivering precision instruments that combine durability with ease of use. Each switch undergoes rigorous quality control testing, ensuring that the sensor accuracy, output reliability, and enclosure integrity meet or exceed industry benchmarks. The split‑core architecture minimizes installation time and reduces the risk of accidental line interruption, translating to lower labor costs and increased safety for maintenance personnel. Additionally, Dwyer provides comprehensive technical support, detailed documentation, and a responsive customer service team ready to assist with configuration, troubleshooting, and warranty claims. With CE, cUL, and UL approvals, the switch complies with international safety regulations, giving users confidence in its performance across diverse regulatory environments.

Key Features

• Split‑core sensor allows non‑intrusive installation on existing conductors.
• Adjustable setpoint from 0 to 200 A provides precise control over activation thresholds.
• NPN normally‑open output ensures easy integration with PLCs, relays, and alarm panels.
• UL‑rated ABS housing delivers impact resistance, chemical tolerance, and operation in harsh conditions.
• Comprehensive after‑sales support includes technical assistance, documentation, and warranty service.

FAQ

What does split‑core mean and why is it beneficial?

Split‑core refers to a sensor that can be opened and placed around an existing conductor without disconnecting the circuit. This design simplifies installation, reduces downtime, and maintains system continuity, which is especially valuable in live‑line environments.

How do I set the current activation point?

The switch includes a built‑in potentiometer that allows you to adjust the setpoint from 0 to 200 A. Turn the adjustment screw while monitoring the output signal until the desired activation current is reached.

Is the NPN output compatible with my PLC?

Yes. The NPN normally‑open output can be connected directly to most PLC input modules that accept transistor‑type signals. Ensure the input voltage range matches the PLC specifications for optimal performance.

What environmental conditions can the switch withstand?

The ABS housing is rated for non‑condensing humidity up to 95 %, temperature ranges typical of industrial settings, and resistance to oil, coolant, and dust, making it suitable for a wide variety of harsh environments.

Do you offer calibration services?

Dwyer provides calibration and verification services through its authorized service network. Contact our support team to arrange calibration or to obtain a calibration certificate for compliance documentation.