YOKOGAWA Clamp-on Tester CL130 (ACA, ACV, 600A)

Code: YOKOGAWA CL130


 

Datasheet PDF, 1.05 Mb

Description

Display (LCD, Digital Counts)

1999

AC Current Accuracy (200A Reference)

1.5+6(50/60Hz)
2.0+5(40~1kHz)

AC Current Accuracy (600A Reference)

1.0+3(50/60Hz)
2.0+5(40~1kHz)

AC Voltage Accuracy (200V/600V Reference)

1.0+2(50/60Hz)
1.5+4(40~1kHz)

Resistance Accuracy (200O reference)

1.2+4, Beeps at below 30O (continuity check)

Method of detection

Mean Value

Response Time

Approx. 1 seconds (approx. 2 seconds on resistance range)

Range Switching

Manual-range

Data hold

On all range

Operating temperature and humidity

-10-50°C. (no condensation)
up to 30°C, 90% RH
up to 40°C, 75% RH
up to 50°C, 45% RH

Influence of external magnetic field

2A or less at 400A/m

Influence of conductor position

± 2% or less

Safety Standard

Conforms EN 61010-1, EN61010-2-031, EN61010-2-032

Circuit voltage

600Vrms or less

Withstanding voltage

5.55kV AC for one minute

Power Supply

6F22(006P)9Vx1 or 6LR61x2

Battery Life1

200 hours

Consumed current

Approx. 2mA

Auto power-off

Approx. 10 minutes

Diameter of measurable conductor

30mm at maximum

Dimensions

Approx. 93(W)x210(H)x40(D)mm

Weight (Approx.)

400g

Accessories

Clamp Adapter (Model 99025), Carrying Case (Model 93032), Test Lead (Model 98010), User's manual (IM CL130), batteries

Order Notes

Each item selected MUST be ordered as a separate line item.

Product Notes

All Clamp-on Meters include Test Leads (where applicable) and a carrying case.

 

More products YOKOGAWA

YOKOGAWA - MINI-MANOMETER MT10

• High reliability (with silicon resonant sensor)
• Compact
• Accuracy: ± (0.04% of rdg + 0.03% of F.S.) (130 kPa model)

 

YOKOGAWA FG400 ISOLATED ARBITRARY/FUNCTION GENERATOR

• Frequency range: Sine wave 0.01 µHz to 30 MHz
• Amplitude resolution: 16 bits
• Sampling rate: 120 MS/s
• Output: 0 to 20 Volts, peak-to-peak

 

YOKOGAWA CLAMP-ON POWER METER CW10 (SINGLE-PHASE)

• AC / DC Power up to 600 kW, AC / DC Voltage max. 1000 V, AC / DC Current max. 600 A
• True RMS for AC .
• Harmonics 1st to 25th order
• Power fluctuation using the ACA Inrush and Peak hold functions.
• Frequency, Resistance, Continuity, Diode check, Power factor.

 

YOKOGAWA MULTIFUNCTION CALIBRATOR CA71 CA51

• Autostep function
• Changes the output value in step form based on the setting from the divided output (n/m) function. Changes can be sourced automatically every 10% or 25%.
• Online communication (CA71 only) RS-232C-compliant optically isolated interface
• Sweep function
• Linearly increases or decrease the output. The increasing/decreasing time can be set to either 16 or 32 seconds.
• Memory function
• Source values and measurements forming individual value sets can be saved to or read from the Handy Calibrator's internal memory (maximum 50 value sets).
• Temperature monitor function

 

YOKOGAWA AQ6374 WIDE RANGE OPTICAL SPECTRUM ANALYZER 350 - 1750 NM

• High wavelength resolution: 0.05 to 10 nm
• Wide dynamic range: 60dB (peak ±1.0nm)
• Wide level range: +20 to -80dBm
• Fast measurement: 0.5 sec. (100nm span)

 

YOKOGAWA DIGITAL INSULATION TESTER MY40

• 3 1/2-digit LCD;
• For each rating, you can save as many as 20 measurements at desired memory address numbers.
• Four AA (R6P) batteries the tester retains the measured resistance for approximately 5 seconds after the MEAS switch is turned off.

 

YOKOGAWA - WT500 MID-RANGE POWER ANALYZER

• Current range: 0.5 to 40 A
• Voltage range: 15 to 1000 V
• Basic Power Accuracy: 0.1%
• frequency range: DC 0.5 Hz to 100 kHz

 

YOKOGAWA - SL1000 HIGH-SPEED DATA ACQUISITION UNIT

• Fast Acquisition
• Fast Transfer and Storage
• Easy to use
• Can operate "Standalone"

 

YOKOGAWA CLAMP-ON TESTER CL150 (ACA, ACV, DCV, OHM, 2000A)

• AC/DC voltage and resistance measurements
• 54mm in diameter of measurable conductor
• Mean value display
• DC output function
• Data hold function

 

YOKOGAWA - PX8000 PRECISION POWER SCOPE

• Provides simultaneous voltage and current multiplication to give real-time power sampling.
• Trend measurements between waveforms can be calculated by mathematical functions (up to four million points).
• Supports the capture of power parameters over specific periods of time through the definition of start and stop "cursors".
• An always-active History function automatically records up to 1,000 historical waveforms.