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ABB ES300-9655 CURRENT TRANSDUCERS

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ABB ES300-9655 CURRENT TRANSDUCERS Specification

Connectivity Type
Screw Terminals

Usage & Applications
Industrial Equipment, Power Distribution Monitoring

Display
No Display

Features
High Accuracy, Compact Design, Fast Response

Output
0-5V DC

Mounting Type
DIN Rail/Panel Mount

Protection Level
Overload and Short Circuit Protection

IP Rating
IP20

Frequency
50/60 Hz

Sensor Type
Hall Effect Sensor

Current
Rated Current 300A

Measuring Range
0-300A

Phase
Single and Three Phase Compatible

Installation Type
Panel Mount/Clamp-On

Product Type
Current Transducer

Operating Temperature
-10C to +70C

Working Temperature
-10C to +70C

Input
AC Current Input

Diameter
Suitable for Busbar/Conductor up to 32mm

Application
Electrical Measurement, Monitoring

Supply Voltage
24V DC

Accuracy
1%

Dimension (L*W*H)
Approx. 120mm 80mm 50mm

Weight
Approx. 650g

About ABB ES300-9655 CURRENT TRANSDUCERS

Seize the opportunity to acquire the rare ABB ES300-9655 Current Transducersa resplendent fusion of superior design and pivotal functionality, tailored for industrial electrical measurement and power distribution monitoring. Experience markdown savings while capitalising on its flame-retardant ABS case, exceptional isolation voltage of 4kV, and fast response time of less than 1ms. This Hall Effect sensor guarantees high accuracy, operational life surpassing 100,000 hours, and robust overload/short circuit protection. Suitable for panel mount or clamp-on installation, it promises reliable performance in demanding environments.

Application Excellence and Competitive Edge

The ABB ES300-9655 Current Transducer is engineered for seamless panel mount or clamp-on installation, catering to both single and three-phase systems. It stands out with its compact build, high accuracy (1%), and rapid response time (<1ms), making it a pivotal asset for industrial equipment and power distribution monitoring. Its flame-retardant ABS casing and overload protection provide long-lasting reliability and safety, surpassing industry standards and delivering a competitive advantage in every application.

Payment Convenience and Supply Commitment

Delivered swiftly across India, the ABB ES300-9655 Current Transducer is available at the lowest price, ensuring optimal outlay for every purchase. Flexible payment terms cater to diverse client preferences, and sample units can be arranged upon request for evaluation. With ample supply ability from trusted traders and suppliers, you enjoy seamless access to this superior instrument for all your industrial needs.

FAQs of ABB ES300-9655 CURRENT TRANSDUCERS:

Q: How can the ABB ES300-9655 Current Transducer be installed in an industrial setting?

A: The ABB ES300-9655 offers versatile installation options, including panel mount, DIN rail, and clamp-on methods, providing flexibility for both new and existing electrical setups.

Q: What are the competitive advantages of using this current transducer?

A: This model provides high accuracy (1%), a fast response time of less than 1 ms, and durable flame-retardant ABS construction, setting it apart as a superior choice for demanding industrial environments.

Q: When is it beneficial to use a Hall Effect sensor for current measurement?

A: Hall Effect sensors like those in the ES300-9655 are beneficial when rapid detection, high safety isolation, and compact designs are required for accurate current measurement in varied power distribution applications.

Q: Where can this current transducer be procured in India, and is supply guaranteed?

A: The transducer is readily available through authorised suppliers and traders across India, with ample supply ability to meet both small and large-scale requirements.

Q: What is the process to request a sample of the ABB ES300-9655?

A: Sample requests can be made through the supplier or distributor. After submitting a simple enquiry, units will be delivered for evaluation, subject to supplier conditions.

Q: What are the usage benefits of its overload and short circuit protection feature?

A: These protection features ensure that electrical systems are safeguarded from unexpected faults, minimising downtime and extending the operational life of both the transducer and connected equipment.