Liftsplus.com

AN 992G1

Skip to product information

AN 992G1

Red, 50 Amp Housing

Regular price $8.23
Sale price $8.23 Regular price $6.82
In stock

Questions? Call +1-800-669-7554

Battery Connectors Electric Lift Truck Parts

Compatibility

Make -
Model -

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

992G1 is a 50A connector housing constructed from polycarbonate, suitable for 600V applications, accepting 6 AWG to 16 AWG wire, and featuring a genderless interface.

Specifications

Electrical
Rated Voltage600V
Rated Current50A continuous
Wire Gauge Compatibility16 AWG minimum, 6 AWG maximum
Material & Construction
Housing MaterialPolycarbonate (PC)
Part Numbers
Manufacturer Part Number992G1

Frequently Asked Questions

Q: What makes the AN 992G1 different from standard AN 992 connectors?
A: The AN 992G1 features a genderless interface design, meaning it can mate with either male or female terminations. This increases flexibility in battery system wiring configurations for electric lift trucks and charger applications.

Q: What is the current rating of the AN 992G1?
A: The AN 992G1 is rated for 50 Amp continuous current at 600V. This rating makes it suitable for standard electric lift truck batteries and charging systems.

Q: What wire gauge range does the AN 992G1 support?
A: The AN 992G1 accepts wire gauges from 16 AWG minimum to 6 AWG maximum. Ensure your battery cable or charger cable falls within this range for proper fit and performance.

Q: Is the AN 992G1 housing material suitable for cold storage environments?
A: The polycarbonate (PC) housing of the AN 992G1 maintains its structural integrity in cold storage and freezer applications, making it compatible with electric lift trucks used in frozen food or refrigerated warehouse operations.

Q: What is the genderless interface on the AN 992G1?
A: The genderless interface allows the connector to accept either pin or socket contacts. This design simplifies inventory management and allows connection flexibility in battery systems and charger configurations.