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IEC Insulation

Intrinsic Error or

Reference Conditions or

Code

Max Error

Influence Quantity

Rated Operating Conditions

Seen

Intrinsic Error

Reference Condions

A

5%

Position

Reference Positions ±90°

E

1

N/A

Supply Voltage

At the Limits Specified

E

2

1%

by the Manufacturer

Temperature

0°C and 35°C

E

3

1%

Absorbed Current of

Maximum Absorbed Current

Device on Test

of the Device on Test

E

4

N/A

Low-frequency

Low-frequency 

Magnetic Field

Magnetic field 0.4 kA/m

E

5

N/A

Not Used

Not Used

E

6

N/A

Capacitance

Cmax = 1uF

E

7

N/A

Waveform

R.M.S. CR <= 2

E

8

N/A

Operating Error

B=\A\+1.15

E

1

2

+E

2

2

+E

3

2

+E

4

2

+E

5

2

+E

6

2

+E

7

2

+E

8

2

6.63%

PrimeTest 200

Operating Instructions

19

Class 2 Insulation

Intrinsic Error or

Reference Conditions or

Code

Max Error

Influence Quantity

Rated Operating Conditions

Seen

Intrinsic Error

Reference Condions

A

5%

Position

Reference Positions ±90°

E

1

N/A

Supply Voltage

At the Limits Specified

E

2

0.53%

by the Manufacturer

Temperature

0°C and 35°C

E

3

1%

Absorbed Current of

Maximum Absorbed Current

Device on Test

of the Device on Test

E

4

N/A

Low-frequency

Low-frequency 

Magnetic Field

Magnetic field 0.4 kA/m

E

5

N/A

Not Used

Not Used

E

6

N/A

Capacitance

Cmax = 1uF

E

7

N/A

Waveform

R.M.S. CR <= 2

E

8

N/A

Operating Error

B=\A\+1.15

E

1

2

+E

2

2

+E

3

2

+E

4

2

+E

5

2

+E

6

2

+E

7

2

+E

8

2

6.30%

Point to Point Resistance

Intrinsic Error or

Reference Conditions or

Code

Max Error

Influence Quantity

Rated Operating Conditions

Seen

Intrinsic Error

Reference Condions

A

5%

Position

Reference Positions ±90°

E

1

N/A

Supply Voltage

At the Limits Specified

E

2

0.6%

by the Manufacturer

Temperature

0°C and 35°C

E

3

1.4%

Absorbed Current of

Maximum Absorbed Current

Device on Test

of the Device on Test

E

4

N/A

Low-frequency

Low-frequency 

Magnetic Field

Magnetic field 0.4 kA/m

E

5

N/A

Not Used

Not Used

E

6

N/A

Capacitance

Cmax = 1uF

E

7

N/A

Waveform

R.M.S. CR <= 2

E

8

N/A

Operating Error

B=\A\+1.15

E

1

2

+E

2

2

+E

3

2

+E

4

2

+E

5

2

+E

6

2

+E

7

2

+E

8

2

6.75%

Summary of Contents for PrimeTest 200

Page 1: ...PrimeTest 200 Operating Instructions Bracken Hill South West Industrial Estate Peterlee Co Durham SR8 2SW England Tel 44 0 191 586 3511 Fax 44 0 191 586 0227 www seaward co uk sales seaward co uk cal...

Page 2: ...Operating Instructions Primetest 200 Operating Instructions Primetest 200 Operating Instructions Primetest 200 Fig 1 Fig 2 Fig 3 Fig 4...

Page 3: ...Operating Instructions PrimeTest 200 Fig 5 Fig 6...

Page 4: ...Operating Instructions PrimeTest 200 Fig 7 Fig 8...

Page 5: ...Operating Instructions PrimeTest 200 Fig 9 Fig 10...

Page 6: ...Operating Instructions PrimeTest 200 Fig 11...

Page 7: ...Operating Instructions PrimeTest 200 Fig 12B Fig 12A...

Page 8: ...PrimeTest 200 Operating Instructions...

Page 9: ...opying recording or in any manner without prior written consent from SEAWARD Electronic Limited This also applies to accompanying drawings and diagrams Due to a policy of continuous development SEAWAR...

Page 10: ...PrimeTest 200 Operating Instructions...

Page 11: ...otes These operating instructions are intended for the use of adequately trained personnel The PrimeTest 200 has been designed to make measurements in a dry environment It must not be used for making...

Page 12: ...ring function and insulation resistance measurement function M Electric shock danger Where safe operation of the tester is no longer possible it should be immediately shutdown and secured to prevent a...

Page 13: ...n up to 200 M resistance measurement 10 Measuring function selects the voltage up to 250 V AC DC measurement 11 Measuring function C selects the temperature up to 400 C measurement 4 2 LCD and Keymat...

Page 14: ...Test 200 is switched on from power off position to another switch position an on load battery test occurs The result of this test determines the available battery capacity A healthy battery results in...

Page 15: ...infinity Bargraph accuracy 10 Test voltage 500VDC at 1mA 750VDC for o c Test voltage accuracy 20 0 Test current 2mA for s c Input protection 0 5A 600 V quick blow fuse An input voltage of 30 V AC DC...

Page 16: ...current measurement Measuring Range Resolution Accuracy Overload Protection 3 5mA 0 01mA 10 2 digits 5 40 N A 15 2 digits 0 5 Test voltage mains supply 230V 15 10 10A max Frequency 50Hz 1 Test duratio...

Page 17: ...ck test lead to exposed metalwork on the EUT 8 1 6 To start a Class I safety test sequence press the button 9 8 1 7 The earth continuity resistance for the EUT is measured at 200mA The large display 2...

Page 18: ...the test is inhibited 8 2 5 To start the differential leakage test press the button 9 Mains power is applied to the EUT for a period of 2 seconds 8 2 6 Where a longer differential leakage test is req...

Page 19: ...o the PrimeTest 200 then PE and PN symbols will flash and the test is inhibited 8 3 5 The earth loop resistance is checked and an ohmic range selected on the large digital display This resistance valu...

Page 20: ...nt a high voltage is applied between the LIVE Neutral and common of the IEC lead 8 4 7 The insulation resistance of the lead is measured over a period of 2 seconds The large display 2 indicates digita...

Page 21: ...or pushbutton action 8 6 Touch Leakage Current See figure 8 Attention before a touch leakage current test is performed on a Class II EUT the operator must ensure that the EUT has already passed a Cla...

Page 22: ...display 3 will revert to indicating a PASS FAIL status An additional visual display of a or also indicates the PASS FAIL status 8 6 10 The touch leakage current will remain displayed until another ro...

Page 23: ...h potential Electric shock danger 8 8 1 Ensure the circuit or test object to be measured is voltage free Ensure the IEC mains lead is disconnected from the PrimeTest 200 8 8 2 Select the insulation re...

Page 24: ...ure 12a and 12b 8 10 1 Select the voltage measurement function on the rotary switch 10 8 10 2 Plug the voltage measurement adaptor into the IEC mains input plug 14 on the end of the PrimeTest 200 8 10...

Page 25: ...aning 9 3 1 Clean the external case of the PrimeTest 200 with a clean dry cloth 9 3 2 Avoid using solvents and abrasive scouring agents to clean the external case of the PrimeTest 200 9 3 3 Check the...

Page 26: ...be displayed 9 6 Checking the EUT Socket Fuses 9 6 1 Plug the PrimeTest 200 into the mains power socket using the IEC lead provided 9 6 2 Select one of the three power tests differential leakage curre...

Page 27: ...ery compartment and fasten in position with the battery cover captive screw 9 8 Calibration To maintain the specified accuracy of the measurement results the instrument must be recalibrated at regular...

Page 28: ...rence Positions 90 E1 N A Supply Voltage At the Limits Specified E2 0 52 by the Manufacturer Temperature 0 C and 35 C E3 1 Absorbed Current of Maximum Absorbed Current Device on Test of the Device on...

Page 29: ...90 E1 N A Supply Voltage At the Limits Specified E2 0 53 by the Manufacturer Temperature 0 C and 35 C E3 1 Absorbed Current of Maximum Absorbed Current Device on Test of the Device on Test E4 N A Low...

Page 30: ...ositions 90 E1 N A Supply Voltage At the Limits Specified E2 0 56 by the Manufacturer Temperature 0 C and 35 C E3 0 81 Absorbed Current of Maximum Absorbed Current Device on Test of the Device on Test...

Page 31: ...ons 90 E1 N A Supply Voltage At the Limits Specified E2 0 75 by the Manufacturer Temperature 0 C and 35 C E3 1 4 Absorbed Current of Maximum Absorbed Current Device on Test of the Device on Test E4 N...

Page 32: ...h Earth Open Circuit On Flash Flash Neutral Open Circuit Err 1 The PrimeTest 200 has failed one of the Earth Relay Pre Check tests Contact your local service agent Err 2 The PrimeTest 200 has failed o...

Page 33: ...PrimeTest 200 Operating Instructions...

Page 34: ...PrimeTest 200 Operating Instructions...

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