Technical data

• Comprehensive leakage current test with detailed connection for 1-phase and 3-phase DUTs
• Automated logging and good/fault statistics
• Flexible 6-point rack mounting
  

Leakage current measurements

5 µA ... 10 mA DC / AC, 50Hz ... 1MHz

3 leakage current measuring ranges: 0.1mA / 1mA / 10mA

Measurement types: I_trms, I_ac, I_dc, I_peak, I_mad (depending on the test standard used)

Fixed measuring range according to I_lc_max or automatic measuring range adjustment

Supply of the test object

External supply

50 ... 280 V AC 1-phase, max. 15A, 50 ... 400 Hz

90 ... 490 V AC 3-phase, max. 32A, 50 ... 400 Hz

Monitoring the supply voltage of the device under test with min. values
Monitoring the current consumption of the test object with min. values
(for 3-phase DUTs, phase L1 is monitored)

Optional with supply unit

Test time / warm-up time

1s ... 1d adjustable in 0.1s steps

Test sequences

Variable test sequence

Operating modes A1...A8

• Normal operation without error
• Normal operation with N fault
• Normal operation with PE fault
• Reverse polarity operation without fault
• Reverse polarity operation with N fault
• Reverse polarity operation with PE fault

DUT connections

External supply (DUT)

DUT connection, 1-phase, vi1, vi2

Additional connections for tests in accordance with EN60601-1, MED

Interfaces

Ethernet interface (RJ45 socket)

Warning lamp set connection

Remote control connection Remove Control with display

Digital input / output connection

Mains voltage

230 V +/- 10 %; 49 .. 61 Hz

Dimensions

Integration in control cabinets via 6-point rack mounting

Width: 426mm
Height: 392mm
Depth: 235mm

Weight: 16 kg

16 kg

Extension modules

Software package

Elution® Device
N2-4D

Basic measuring circuits

Basic measuring circuits for integration into the Smart - Modular leakage current measuring modules

Basic measuring circuit according to EN60990 Fig. 3 / 4 / 5
The basic measuring circuit contains the three measuring circuits described in the basic standard EN60990 under Fig. 3, 4 and 5 and enables standard-compliant leakage current testing. The connection is made according to the respective product standard.
SM-LCXP-X-E100

Basic measuring circuit in accordance with EN60601 Figure 12
The basic measuring circuit contains the three measuring circuits described in the EN60601 standard in Figure 12 and enables standard-compliant leakage current testing. The connection is made in accordance with the product standard.
SM-LCXP-X-E101

Basic measuring circuit according to EN61029 UL / CSA
SM-LCXP-X-E102

Test standards

Test standard EN60335-1, 1-phase / status 08-2020
SM-EN60335-20-1

Test standard EN60335-1, 1/3-phase / Version 02-2020
SM-EN60335-20-1

Test standard EN60598-1, 1-phase / Version 03-2022
SM-EN60598-22-1

Test standard EN60601-1, 1-phase / Version 12-2013
SM-EN60601-13-1

Test standard EN60601-1, 1/3-phase / Version 12-2013
SM-EN60601-13-3

Test standard EN60601-1, 1-phase with medical supplement
SM-EN60601-13-1M

Test standard EN60601-1, 1/3-phase with medical add-on
SM-EN60601-13-3M

Test standard EN60730-1, 1-phase / status 10-2009
SM-EN60730-09-1

Test standard EN61010-1, 1-phase / Version 03-2020
SM-EN61010-20-1

Test standard EN61010-1, 1/3-phase / Version 03-2020
SM-EN61010-20-3

Test standard EN61588-1, 1-phase / status 08-2010
SM-EN61588-10-1

Test standard EN61588-1, 1/3-phase / Version 08-2010
SM-EN61588-10-3

Test standard EN62368-1, 1-phase / Version 05-2021
SM-EN62368-21-1

Test standard EN62368-1, 1/3-phase / Version 05-2021
SM-EN62368-21-3

Test standard EN62481-1, 1-phase / Version 04-2014
SM-EN62481-14-1

Test standard EN62481-1, 1/3-phase / Version 04-2014
SM-EN62481-14-3

Further test standards on request

Accessories

Remote control with 6m connection cable
SM-ACC-10

Warning light red / green
SM-ACC30