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ABB CURRENT TRANSFORMER ES300-9643

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ABB CURRENT TRANSFORMER ES300-9643 Specification

Connector Type
Screw Terminal

Operating Temperature
-5C to +50C

Humidity %
Up to 95% RH

Overheating Protection
YES

Feature
High Accuracy, Flame Retardant, Compact Design

Mounting Type
Base/DIN Rail Mounting

Shape
Rectangular

Efficiency
>98%

IP Rating
IP20

Surface Finish
Smooth Moulded

Insulation Material
Epoxy Resin

Product Type
Current Transformer

Application
Energy Metering, Protection, and Control Panels

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
0.72 kV

Energy Consumption
Passive Device

Output Type
Current

Color
Grey

Dimension (L*W*H)
112 mm x 75 mm x 120 mm

Weight
Approx. 2.1 kg

Phase
Single Phase

Size
300/5A

Input Voltage
Up to 0.72 kV

Connection Type
Terminal

Material
Moulded Resin

No Of Poles
1

Mechanical Fixing
Stud Mount / Screw Mount

Dielectric Strength
3 kV for 1 min

Max. System Voltage
0.72 kV

Burden
15 VA

Short-Time Thermal Current (Ith)
30 x rated current for 1 second

Secondary Terminals
2 Terminals

Core Type
Wound Core

Primary Current Ratio
300/5A

Class of Accuracy
Class 1

Standards
IEC 61869-2, IS 2705

About ABB CURRENT TRANSFORMER ES300-9643

Introducing the acclaimed ABB CURRENT TRANSFORMER ES300-9643your first-rate solution for precision metering and protection applications. Limited stock is available for this new, dazzling device featuring a 300/5A primary current ratio and preeminent Class 1 accuracy in accordance with IEC 61869-2 and IS 2705 standards. With an impressive dielectric strength of 3 kV and robust epoxy resin insulation, it ensures safety and reliability. This rectangular, IP20-rated transformer offers simple stud/screw mounting, high efficiency, smooth moulded finish, and is designed for both energy metering and control panel integration.

Versatile Applications Across Industries

The ABB CURRENT TRANSFORMER ES300-9643 is expertly engineered for energy metering, protection, and use in control panels. Its robust design makes it suitable for installation in commercial, industrial, and utility sites where accurate current measurement and operational safety are critical. Commonly found in power distribution rooms, commercial buildings, and industrial automation setups, this transformer guarantees reliable performance and compliance with stringent safety standards, making it a preeminent choice in electrical infrastructure projects.

Exceptional Supply Chain and Delivery Experience

We provide prompt order processing and reliable supply ability for the ABB ES300-9643, ensuring limited stock is available for fast delivery. Each transformer is securely packaged to safeguard against damage during freight, guaranteeing it arrives in pristine condition. Expect efficient delivery times, tailored packaging solutions, and attentive communication throughout the shipping process. Our commitment to high-quality order fulfillment ensures that your commercial or industrial operations run uninterrupted by equipment delays.

FAQs of ABB CURRENT TRANSFORMER ES300-9643:

Q: How does the ABB ES300-9643 ensure first-rate current measurement accuracy?

A: The ABB ES300-9643 boasts Class 1 accuracy and adheres to IEC 61869-2 and IS 2705 standards, guaranteeing precise current readings essential for protection and metering applications.

Q: What installation options are available for the ES300-9643 current transformer?

A: This transformer supports both stud mount and screw mount installation, offering flexibility to meet diverse site requirements, whether for base or DIN rail mounting.

Q: Where is the best site of application for the ABB ES300-9643?

A: This first-rate current transformer is ideal for commercial buildings, industrial automation systems, energy management setups, and utility control panels requiring dependable current sensing and protection.

Q: What packaging measures are taken to protect the ABB ES300-9643 during freight?

A: Each unit is packaged with impact-absorbent material and secured in sturdy boxes, ensuring the transformer remains safe and undamaged during transport to your site.

Q: How does overheating protection benefit the usage of this transformer?

A: Integrated overheating protection mechanisms prevent thermal damage, extending the devices lifespan and maintaining reliable operation even under demanding load conditions.

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