Teseq SME HV-AN 150 - Front Side
Teseq SME HV-AN 150 - Front Open
Teseq SME HV-AN 150 - Front
Teseq SME HV-AN 150 - Back

Teseq SME HV-AN 150

AN Shielded Metal Enclosure

In Stock & Ready To Ship
Orders by 3pm ship today

The Teseq SME HV-AN 150 is a shielded metal enclosure designed for the HV-AN 150 artificial network, helping reduce ambient RF interference during high-current automotive and EMC conducted emissions testing.

Features

  • Designed for use with Teseq HV-AN 150s
  • Rugged Design using Stainless Steel
  • Compliant to HV CISPR 12/25 & ISO 7637-4
  • Individual Access to Each HV-AN
  • Rented with Teseq HV-AN 150 Units
Up to 4 Free Days of Transit Time
Two transit days each way are excluded from rental period

Description 

The shielded metal enclosure (SME) is designed to contain two High Voltage Artificial Networks, HV-AN 150 according to ISO/DTS 7637-4 and the HV part of CISPR 12 (draft), CISPR 25, ECE No. 10 R05/06 and ISO 11452-1. It is applicable to all electrical vehicles, i.e., battery, hybrid or plugin electric vehicle. The design of the SME HV-AN 150 allows easy handling when connecting the coaxial HV + and HV lines to the HV-AN.

The cable shield is contacted over a large area through the massive terminals. The inner conductor is strain-relieved by the cable gland and led to the connections of the HV-AN. The SME HV-AN 150 allows the two individual HV AN-150 to be directly connected to the ground plane and allows access to each HV AN. In addition to the box, the scope of delivery of the SME HV-AN 150 includes two RF cables and two connection brackets. The HV-AN 150, the calibration option and the external 10 μF for RTCA/DO-160G must be ordered separately

Specifications:
Connectors front panel
2 x N (female)
Weight (empty)
21 kg (approx.)
Weight (with 2x HV-AN 150)
31 kg (approx.)
Dimensions (LxWxH)
480 x 413 x 225 mm
Teseq SME HV-AN 150 Datasheet
Download

Video Library

Video Guides

Rent the Teseq SME HV-AN 150

Weekly, two-week and monthly rentals available.

Questions?630-887-0329

Compare LISNs, current probes, transient limiters, EMI receivers, and spectrum analyzers for conducted emissions. Select by frequency range, current rating, standards, and requirements.