Kew 8004/8008 Clamp Meter Manual

This document introduces the features and characteristics of model 8004 and 8008 special clamp meters, which can measure large diameter conductors and large currents.


Kew 8004/8008 Clamp Meter Manual - cover page
Brand
8004/8008
Category
Other Electronics
Document type
User Manual
Language
Chinese
Pages
2
File format
PDF
File size
75 KB
Published
13 March, 2012
Updated
29 September, 2023
MD5 checksum
65E3D84CF9F017FF839E804457524DDA

About this manual

This manual describes the technical specifications of the Kew 8004 and 8008 clamp meters, including current measurement ranges of 0‑1000 A AC (8004) and 0‑3000 A AC (8008), a 10 : 1 shunt ratio, 3000 V AC voltage rating, and dimensions of 240×85×10 mm (8004) and 310×150×30 mm (8008). It also lists the pickup size (40×45×10 mm), weight (≈ 490 g for 8004, ≈ 750 g for 8008), and a maximum conductor diameter of 60 mm.

The measurement method explains how to place the pickup on the conductor, multiply the displayed value by 10 to obtain the actual current, and, for power measurements with the 8008, connect the pickup to both the source and load ends as shown in the diagrams. Safety notes and contact information for Kew Ltd. are also provided. This manual is written in Chinese.

What's inside

  • Specifications
  • Measurement Method
  • Pickup Dimensions
  • Safety Information
  • Contact Information

Specifications

Current measurement range (8004)0‑1000 A AC
Shunt ratio10 : 1
Voltage rating3000 V AC
Dimensions (8004)240 × 85 × 10 mm
Dimensions (8008)310 × 150 × 30 mm
Pickup size40 × 45 × 10 mm
Weight (8004)≈ 490 g
Maximum conductor diameter60 mm
Frequency50/60 Hz

Frequently asked questions

What is the current measurement range of the 8004 clamp meter?

The 8004 model measures AC current from 0 to 1000 A.

What is the maximum conductor diameter that can be measured?

Both models can measure conductors up to 60 mm in diameter.

How do you measure power with the 8008 model?

Place the pickup on the conductor, connect the pickup leads to the source and load ends as shown, then read the displayed value and multiply by 10 to obtain the actual power.

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