ABB CURRENT TRANSFORMER ES1000-9648

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ABB CURRENT TRANSFORMER ES1000-9648 Specification

Mounting Type
Panel Mounted

Operating Temperature
-5C to +55C

Connector Type
Screw Type

Feature
High Accuracy, Low Power Loss, Easy Mounting

Shape
Rectangular

Insulation Material
Polycarbonate

Efficiency
>98%

Power Factor
High

IP Rating
IP20

Overheating Protection
YES

Humidity %
Less than 80% RH

Surface Finish
Matte

Product Type
Current Transformer

Application
Electrical Panels, Switchgears, Metering Cabinets

Protection Level
Class B

Frequency (MHz)
50 Hz

Rated Voltage
660 V

Energy Consumption
Low

Output Type
5A Secondary

Color
Black

Dimension (L*W*H)
96 x 48 x 38 mm

Weight
1.7 kg

Size
96 x 48 mm cutout

Input Voltage
Up to 1000A Primary

Phase
Single Phase

Material
Flame Retardant Thermoplastic

No Of Poles
Single Pole

Connection Type
Terminal Block

About ABB CURRENT TRANSFORMER ES1000-9648

Select the ABB CURRENT TRANSFORMER ES1000-9648 for an exquisite level of precision you can trust. Pick yours for essential electrical panels, switchgears, and metering cabinetswhere accuracy is pivotal. Designed to IEC 61869-2 standards, this noteworthy wound-core device covers a primary range from 100A to 1000A with a high-accuracy Class 1.0 output. Not only does it offer a robust dielectric strength of 3kV and over 15 years of service life, but its RoHS compliance and UL94 V-0 flammability rating assure lasting safety. Grab efficiency over 98%, low power loss, and a resilient, flame-retardant rectangular build for unmatched performance in demanding environments.

Versatile Applications on Electrical Surfaces

The ABB CURRENT TRANSFORMER ES1000-9648 is engineered for diverse applications, perfectly suiting installation in electrical panels, switchgears, and metering cabinets. Its rectangular shape with a 96 x 48 mm cutout allows for effortless integration onto panel surfaces. The recommended application method is secure panel mounting via the provided terminal block connections. Designed for single-phase circuits, it excels in both industrial and commercial electrical environments, providing pivotal current measurement and protection functions where reliability is paramount.

Sample, Certifications, and Secure Export Packaging

Samples of the ABB CURRENT TRANSFORMER ES1000-9648 are available for evaluation prior to bulk procurement, catering to the export market and large-scale projects. Certified under IEC 61869-2 and compliant with RoHS, it assures international quality standards. Each unit is packaged with care, using robust materials to guarantee safe shipment. Secure shipping processes ensure that the product arrives undamaged and ready for immediate installation, meeting the needs of global traders and suppliers.

FAQs of ABB CURRENT TRANSFORMER ES1000-9648:

Q: How do I correctly install the ABB CURRENT TRANSFORMER ES1000-9648 in an electrical panel?

A: Installation involves mounting the transformer onto the panel using the 96 x 48 mm cutout and securing the terminal block connections for both primary and secondary circuits. A screw-type connector and surface-mount method make the process straightforward.

Q: What are the primary areas of application for the ES1000-9648 model?

A: This device is optimized for use in electrical panels, switchgears, and metering cabinets, where accurate current measurement and reliable protection are pivotal for electrical system management.

Q: When should I consider replacing or servicing this current transformer?

A: With a service life exceeding 15 years and a factory-sealed design, routine maintenance is minimal. Replacement is generally only necessary in cases of physical damage or after the expected service duration.

Q: Where can I request a sample or get more information about certifications?

A: You can request a sample or obtain certification details directly from authorized suppliers or traders specializing in ABB products, especially those engaged in export markets.

Q: What benefits does the ES1000-9648 offer compared to standard current transformers?

A: It delivers high accuracy (Class 1.0), low power loss, enhanced environmental protection, flame retardancy, robust vibration resistance, and a compact, easy-to-install designmaking it a noteworthy selection for critical applications.

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