LOOP/PSC Tester

Custom microprocessor controlled for highest accuracy and reliability
3 LEDs for checking correct wiring status
15mA LOOP measurement: LOOP impedance 2000Ω range measurement
is carried out with low test current(15mA)
Direct reading of Prospective Short Circuit Current(PSC)
Safe voltage measurement function
Large custom digital display readout on all models
Measure low loop resistance(resolution of 0.01Ω)
Automatic lock-out if test resister overheats
Visual indication of reversed phase and neutral wiring at socket

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Bluetooth communication

KEW 6516BT has a Bluetooth communication function and can exchange data with Android/ iOS tablet devices.

Before starting to use this function, download the special application “KEW Smart *” via the internet.

Large LCD & HELP function

• All the test data is shown in one large colored screen.
• HELP function will show how to connect the instrument according to the function selected

Operation in 3 simple steps & Hands free testing

1. Set the rotary dial to your testing range.
2. Connect the instrument to the installation under test.
3. Press the test button.(By remote probe or using the Lockdown function of the test button.)

Anti-Trip Technology (with 2 & 3 wire)

For no trip LOOP L-PE testing on all RCDs.
With 3 wire (L, N, PE), to get the best accuracy readings.
With 2 wire only, very useful in case of no Neutral (i.e. 3-phase motor lines).

Loop Impedance 0.001 resolution

High test current range of 2Ω with 0.001Ω resolution.

Zs/Ra Limit

Zs Limit compares the values required by Electrical Installations Standard with measured results.

The verification of safety requirement on an electrical installation is simplified by using Zs/Ra Limit function. This function will automatically check if the measured loop impedance for TN (or earth loop for TT) is low enough to trip (disconnect) the MCB / Fuse / RCD giving the result of PASS or FAIL on the display.

SPD test

SPD (Surge Protection Device) which contains varistor can be tested measuring the tripping voltage without damage it.

PAT test

PAT test (PAT = Portable Appliance Tester) It is possible to check the insulation resistance and earth bond continuity of portable appliances for class I and II.

Connectivity

Use the PC application KEW Report to improve work efficiency.

KEW 6516 can download the test data by connecting the USB adaptor (Model 8212-USB) and then print complete Test Reports by a PC.

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The Martindale EZ2500 Non Trip Earth Loop Tester performs non-trip P-E and P-N loop impedance tests, PFC and PSC checks and lists all of the results on the clear backlit LCD display. A voltage check and confirmation of correct wiring is also performed.

The Martindale EZ2500 Non Trip Earth Loop Tester is supplied with a 10A Australian plug mains lead for testing for testing GPO outlets but an additional 3 wire test lead can be purchased (Martindale TL88) for testing at light fittings and fused connection units.

A soft carry case (TC210) and comprehensive manual are also included.

Martindale EZ2500 Non Trip Earth Loop Tester Features:

Martindale EZ2500 Specifications:

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Continuity Measurement 
With the Kyoritsu 6016 Multi Function Electrical Tester continuity testing can be carried out by use of the test button lockdown feature. A selectable buzzer gives instantaneous indication of continuity. Null facility eliminates the test lead resistance from the results, the nulled value is retained even if the instrument is switched off. Live circuit warnings are given by a flashing LED, buzzer and indication on the display.

Insulation Measurement 
The Kyoritsu 6016 Multi Function Electrical Tester has three selectable test voltages 250V, 500V and 1000V. An auto-discharge function ensures that circuits are not hazardous after testing. A red LED gives warning of high voltage output during testing and discharging of the circuit. In case of connecting to a live circuit, a live circuit warning is given by flashing LED, buzzer and indication on the display.

Loop Impedance Measurement
The Kyoritsu 6016 Multi Function Electrical TesterA patented (ATT) low current loop impedance test enables high accuracy loop measurements and quick testing without tripping RCD’s.
A high current alternative is selectable for even higher accuracy and instantaneous results. The subsequent test will default to the low current test, this saves any inadvertent tripping of the RCD. The KEW 6016 allows also for phase to phase loop tests.

PSC / PFC Measurement 
The Prospective Short Circuit Current (PSC) and Prospective Fault Current (PFC) are automatically calculated and shown on the display. As loop testing, the function has low and high test current options with the default to low current to avoid inadvertent tripping of RCDs.

RCD Measurement 
The KEW 6016 has a comprehensive RCD test feature for RCD type AC (Alternative Currents), RCD type A (Pulsating Direct Currents), General and Selective (delayed).
Measures at 1/2x, 1x, 5x of nominal RCD current. It also has Ramp Test and Auto test where all results are shown on one screen. Touch voltage limit can be selected for 25V or 50V depending on application

Earth Measurement 
Using the classical Volt-Amper method with two auxiliary earth spikes and without external power source. All test leads and spikes are supplied as standard accessories.

Phase rotation 
KEW 6016 can check the phase rotation of three phase lines with clear indication of the sequence on the display.

Voltage Measurement 
In addiction to the voltage measurement, this function gives also the Frequency of the voltage under test.

Kyoritsu 6016 Multi Function Electrical Tester Specifications:

Continuity
Range	20/200/2000Ω (Auto-ranging)
Open circuit voltage (DC)	5V±20% (*1)
Short circuit current	Greater than 200mA
Accuracy	±0.1Ω (0 – 0.19Ω) ±2%rdg+8dgt (0.2 – 2000Ω)
Insulation Resistance
Range	20/200MΩ (Auto-ranging)				20/200/2000MΩ (Auto-ranging)
Open circuit voltage (DC)	250V+25% -0%				500V+25% -0%	1000V+20% -0%
Rated current	1mA or greater @ 250kΩ				1mA or greater @ 500kΩ	1mA or greater @ 1MΩ
Accuracy	±2%rdg+6dgt (0 – 19.99MΩ) ±5%rdg+6dgt (20 – 200MΩ)				±2%rdg+6dgt (0 – 199.9MΩ) ±5%rdg+6dgt (200 – 2000MΩ)
Loop Impedance
Function	L-PE				L-PE (ATT)	L-N / L-L
Rated Voltage	100 – 260V 50/60Hz					L-N: 100 – 300V L-L: 300 – 500V 50/60Hz
Nominal Test Current at 0Ω External Loop: Magnitude/ Duration (*2)	20Ω: 6A/20ms 200Ω: 2A/20ms 2000Ω: 15mA/500ms				L-N: 6A/60ms N-PE: 10mA/approx. 5s	20Ω: 6A/20ms
Range	20/200/2000Ω (Auto-ranging)				20/200/2000Ω (Auto-ranging) (L-N < 20Ω)	20Ω
Accuracy	±3%rdg+4dgt(*3) ±3%rdg+8dgt(*4)				±3%rdg+6dgt (*3) ±3%rdg+8dgt(*4)	±3%rdg+4dgt (*3) ±3%rdg+8dgt(*4)
PSC (L-N / L-L) / PFC (L-PE)
Function	PSC				PFC	PFC (ATT)
Rated Voltage	100 – 500V 50/60Hz				100 – 260V 50/60Hz
Nominal Test Current at 0Ω External Loop: Magnitude/ Duration (*5)	6A/20ms				6A/20ms 2A/20ms 15mA/500ms	L-N: 6A/60ms N-PE: 10mA/approx. 5s
Range	2000A/20kA Auto-Ranging
Accuracy	PSC / PFC accuracy is derived from measured loop impedance specification and measured voltage specification
RCD
Function	X1/2		X1		X5	Ramp	Auto
Trip current setting	10/30/100/300/ 500/1000mA				10/30/ 100mA	10/30/ 100/300/ 500mA	Depending on the accuracy at each function. Measurement sequence: X1/2 0°→X1/2 180° →X1 0°→X1 180° →X5 0°→X5 180° Measurements with x5 are not carried out for RCDs with nominal current of 100mA or more.
Trip current Duration	2000ms		G: 550ms S: 1000ms		410ms	Goes up by 10% from 20% to 110% G:300ms/ S:500ms X10 times
Rated Voltage	230V+10%-15% 50/60Hz
Accuracy	AC Type: -8% – -2% A Type: -10% – 0%		AC Type: +2% – +8% A Type: 0% – +10%			AC Type: ±4% A Type: ±10%
	Trip time: ±1%rdg+3dgt
RCD (Uc)
Function	UC
Rated Voltage	230V+10% – 15% 50/60Hz
Range	100.0V
Test current	≤ 1/2IΔn (max150mA)
Accuracy	+5% – +15%rdg, ±8dgt
Earth
Range	20/200/2000Ω Auto-Ranging
Accuracy	20Ω: ±3%rdg+0.1Ω 200/2000Ω: ±3%rdg+3dgt (Auxiliary earth resistance 100±5%)
Phase Rotation
Rated Voltage	50-500V 50/60Hz
Remarks	Correct phase sequence: are displayed “1.2.3” and  cycle mark Reversed phase sequence: are displayed “3.2.1” and  cycle mark
Volts
Function	Volts					Frequency
Rated Voltage	25 – 500V, 45 – 65Hz
Measuring range	25 – 500V					45 – 65Hz
Accuracy	±2%rdg+4dgt					±0.5%rdg+2dgt

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The Kyoritsu 6010B is supplied with test leads, case, shoulder strap and batteries.

Kyoritsu 6010B Features:

• Continuity:20/200Ω 200mA Test Current
• Insulation: 500/1000V, 20/200MΩ 1mA Rated Test Current
• Loop Impedance:20/2000Ω 15mA Test Current at 2000Ω (No RCD Trip)
• RCD:10/30/100/300/500mA x1/2, x1, Fast Trip(40ms), DC, Auto Ramp
• Test of a large kind of RCD’s:Standard, Selective, AC and A(DC sensitive breakers)
• Uc(Contact Voltage): 100V
• Designed to IEC 61010-1, IEC 61557
• Data Memory:300 measured results
• The stored data can be transferred to PC via Optical Adaptor Model 8212-USB or 8212-RS232C.

Kyoritsu 6010B Multifunction Tester Specifications:

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REED R5800 Features

• Sources voltage and current
• Large, 5-digit LCD display
• Automatic calibration
• Low battery indicator and auto shut off

What’s included with the REED R5800

• Voltage/Current Simulator
• Test leads
• Alligator clips
• Protective holster
• Batteries

REED R5800 Specifications

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The Kyoritsu 4140 measures prospective short current (PSC) and prospective fault current (PFC), phase rotation testing and both voltage and frequency. Designed to comply with an IP54 rating, the 4140 features anti-trip technology for trip free loop testing on RCDs rated to 30mA or above.

The Kyoritsu 4140 can test loop impedance up to 2000Ω via it’s 15mA AC test current. The prospesctive short current (PSC) and prospective fault current (PFC) can be read and the featured anti-trip technology allows trip free loop testing on all RCDs rated to 30mA or above. The dual digital display allows simultaneous measurements to be presented such as the loop and PFC/PSC.

The Kyoritsu 4140 provides the capabilities for “hands-free” testing with the lock-down test button with auto-start operation. As well as loop testing, the 4140 can perform phase rotation testing and both voltage and frequency measurements. The display and front panel keypad are backlit, providing operation in low light conditions.

Designed to an IP54 rating, the Kyoritsu 4140 is both waterproof and dustproof. The instrument is supplied with test leads, soft case, batteries and a shoulder strap.

With the Kyoritsu 4140 LOOP/PFC/PSC Tester a full set of new safety test leads is included, they have an overmould for maximum grip and are extremely robust.

The instrument also comes in a soft carry case, a quick reference guide locates on the instrument body, a strap belt and it is supplied with a calibration certificate.

Kyoritsu 4140 LOOP/PFC/PSC Tester Specifications:

Loop Impedance

Function	L-PE ATT OFF	L-PE ATT ON	L-N / L-L
Rated Voltage	230V (50/60Hz)		L-N: 230V (50/60Hz) L-L: 400V (50/60Hz)
Operating Voltage	100 – 280V (45 – 65Hz)		100 – 500V (45 – 65Hz)
Range (Auto-Ranging)	20/200/2000Ω	20/200/2000Ω (L-N<20Ω)	20Ω
Nominal Test Current at 0Ω External Loop: Magnitude/Duration at 230V	20Ω: 6A/40ms 200Ω: 2A/20ms 2000Ω: 15mA/500ms	L-N: 6A/60ms N-PE: 10mA/approx.5s	20Ω: 6A/20ms
Accuracy	±3%rdg±4dgt (*1)	±3%rdg±6dgt (*1)	L-N: ±3%rdg±4dgt L-L: ±3%rdg±8dgt

PFC (L-PE) / PSC (L-N / L-L) (*2)

Function	PFC	PFC (ATT)	PSC
Rated Voltage	230V (50/60Hz)		L-N: 230V (50/60Hz) L-L: 400V (50/60Hz)
Operating Voltage	100 – 280V (45 – 65Hz)		100 – 500V (45 – 65Hz)
Range (Auto-Ranging)	2000A/20kA	2000A/20kA (L-N<20Ω)	2000A/20kA
Nominal Test Current at 0Ω External Loop: Magnitude/Duration at 230V	20Ω: 6A/40ms 200Ω: 2A/20ms 2000Ω: 15mA/500ms	L-N: 6A/60ms N-PE: 10mA/approx.5s	20Ω: 6A/20ms

Phase Rotation

Operating Voltage	50 – 500V, 45 – 65Hz
Remarks	Correct phase sequence: displayed “1.2.3” and  mark Reversed phase sequence: displayed “3.2.1” and  mark

Volts

Function	Volts	Frequency
Measuring range	0 – 500V	45 – 65Hz
Accuracy	±2%rdg±4dgt	±0.5%rdg±2dgt

The post Kyoritsu 4140 LOOP/PFC/PSC Tester appeared first on rapid-tech.

Kyoritsu 4118A Digital Loop Impedance Tester Features:

• Custom microprocessor controlled for highest accuracy and reliability.
• 3 LEDs for checking correct wiring status.
• 15mA LOOP measurement: LOOP impedance 2000Ω range measurement is carried out with low test current (15mA).
The current will not cause tripping out involved RCD even the one with the lowest nominal differential current (30mA).
• Direct reading of Prospective Short Circuit Current (PSC).
• Safe voltage measurement function.
• Large custom digital display readout on all models.
• Measure low loop resistances(resolution of 0.01Ω)
• Automatic lock-out if test resister overheats.
• Large custom digital display readout .
• Visual indication of reversed phase and neutral wiring at socket.
• Designed to IP54 Rating
• Complies with IEC 61557

Kyoritsu 4118A Digital Loop Impedance Tester Specifications:

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Earth fault loop impedance is the path followed by fault current when a low impedance fault occurs between the phase conductor and earth, i.e. “earth fault loop”. Fault current is driven round the loop by the supply voltage. The higher the impedance, the lower the fault current will be and the longer it will take for the circuit protection to operate.

To make sure the protection operates fast enough, the loop impedance must be low. Every circuit must be tested to make sure that the actual loop impedance does not exceed that specified for the protective device concerned.

Prospective short circuit current (PSC) testing

The prospective short circuit or fault current at any point in an electrical installation is the current that would flow in the circuit if no circuit protection operated and a complete (very low impedance) short circuit occurred. The value of this fault current is determined by the supply voltage and the impedance of the path taken by the fault current. Measurement of PSC can be used to check that protective devices within the system will operate within safety limits and as per the safe design of the installation. PSC is normally measured between the phase and neutral.

The TNT-EL mains lead supplied with SEW 8025LP

SEW 8025LP Specifications:

Loop Impedance
Range	Measuring range	Nominal test current at 0 Ω external loop	Accuracy
20 Ω	0.00~19.99 Ω	23A / 40ms	(2%rdg + 4dgt)
200 Ω	0.0~199.9 Ω	2.3A / 40ms
2000 Ω	0~1999 Ω	15mA / 400ms
Prospective Short-circuit Current
Range	Measuring range	Nominal test current at 0 Ω external loop	Accuracy
20 KA	0.00~4.00 KA	23A / 40ms	Consider accuracy of loop impedance
2000 A	0~1999 A	23A / 40ms
200 A	0.0~199.9 A	2.3A / 40ms
Voltage Display
Measuring range	Accuracy	Remark
150~260 V	(2%rdg + 4dgt)	at 0 Ω external loop
General
Temperature	0 ~ 40 °C
System voltage	230V	+13%
		-15%
System frequency	50Hz
None Battery system voltage	150V ~ 260V
Over Temperature Protection	When overheating,the ”  ”  symbol will show on the LCD, and the 8025LP stop measuring.
Wiring check	P-E	LEDs illuminate when the wiring polarity of circuit under test is correct
	P-N
	N-E	LED is light when P and N are reversed or the Earth is not connected.
15mA Loop measurement	Loop impedance 2000Ω range measurement is carried out with low test current (15mA). The current will not cause tripping out for ELCBs.

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