Metrel A1732 DC EVSE Adapter

MET,A1732 DC EVSE
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Damage Waiver limits customers liability when damages occur in the course of it’s proper use, but does not cover theft or negligent damage. Please view our full terms and conditions of rental. 

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Description

The Metrel A1732 DC EVSE Adapter is designed to replicate an electric vehicle when commissioning or maintaining DC fast-charging stations, giving electricians, service technicians and EV infrastructure specialists a safe, standards-compliant interface for functional and safety checks.

Developed by Metrel to pair seamlessly with their multifunction installation testers and power analysers, the A1732 makes it simple to verify control-pilot (CP) and proximity-pilot (PP) signalling, perform protective earth (PE) and insulation tests, and capture critical voltage and polarity measurements—without having to open the charger cabinet. Its robust housing, intuitive front panel and detachable test leads let you conduct repeatable measurements in the workshop or out in the field with minimal downtime. If you need to rent or hire a dependable adapter for DC charger testing, the Metrel A1732 offers the flexibility and precision required for today’s high-power EVSE deployments.

Key Features:

  • EV Simulation: Emulates an electric vehicle to initiate charging sessions and trigger charger safety sequences for accurate functional checks.
  • CP & PP Monitoring: Displays and routes control-pilot and proximity-pilot signals, enabling rapid verification of communication states prescribed by IEC 61851-23.
  • PE & Insulation Testing: Provides dedicated terminals for continuity and insulation resistance measurements when used with compatible Metrel testers.
  • Safe Voltage Access: Front-panel banana sockets offer direct, protected measurement points for DC output voltage and polarity confirmation.
  • Seamless Integration: Engineered to work with Metrel installation testers and power analysers, ensuring unified test workflows and data consistency.
  • Field-Ready Design: Rugged enclosure with carry handle and clear labelling withstands demanding site conditions and streamlines transport between jobs.

Why Choose the Metrel A1732 DC EVSE Adapter?

  • Delivers reliable, repeatable test routines aligned with international EVSE standards.
  • Works hand-in-hand with existing Metrel instruments for a unified testing ecosystem.
  • Portable, durable build minimises setup time and maximises on-site productivity.

TechRentals provides the Metrel A1732 DC EVSE Adapter on flexible rental terms, giving you access to premium equipment without the upfront cost of ownership. Backed by over 50 years of industry expertise, we help ensure reliable and standards-compliant DC EV charger testing.

Enquire today to rent the Metrel A1732 DC EVSE Adapter and streamline your EV charger commissioning and compliance verification.

Not sure which equipment to hire? Call our friendly experts today and get the right solution for your project.

Specifications

Asymmetric IMD test Fault resistance to be set up between 20 kΩ and 640 kΩ at 5 kΩ intervals
Compatibility Metrel MI 3155 installation tester, also available to rent.
Insulation Resistance Up to 1000VDC
Measurement Capability Voltage, Loop Impedance, DC impedance, RCD Tests.

Delivery and Returns

Deliveries

Delivery costs vary based on weight, size, and distance, with additional fees for urgent or remote deliveries. Freight times are beyond TechRentals' control. TechRentals has locations in Australia, New Zealand, Malaysia, and Singapore offering rentals and purchases, please reach out to specific region for delivery inquiries.

 

Returns

Equipment can be returned the day after use, but fees may apply for returns after 9am. To avoid additional charges, it’s recommended to return equipment before 9am. Returns can be made by dropping off the equipment to our Penrose, Auckland location, or sending it back via courier (return courier tickets are included if you received the equipment by courier).

 

For more information, please refer to our terms and conditions.