VOAP-50 is a two-pole male and female quick-connect power connector rated at 50A and 600V AC/DC. Its IP67 sealing, keyed anti-reverse interface and integrated latch support reliable connections in battery, backup-power, outdoor and mobile applications.
02 / TECHNICAL DATA
VOAP-50 technical data
Use these values for initial selection. Confirm conductor size, termination process, mating interface, environmental conditions and controlled documentation before ordering.
Electrical, material and durability specifications
Rated current50 A
Voltage rating600 V AC/DC
Protection degreeIP67
Wire range6–10 mm²
Poles2P
Plug typeMale and female
Termination styleCrimp or solder
Housing materialPolycarbonate (PC)
Flame classUL94 V-0
Contact materialSilver-plated copper
Operating temperature-20°C to +105°C
No-load mating cycles>10,000
Listed loaded mating reference250 cycles at 120V
Safety featuresKeyed anti-reverse interface and locking latch
VOAP-50 dimension reference
Dimension drawing
Request the current dimension drawing for this model.
03 / PRODUCT SELECTION
Configure VOAP-50
04 / APPLICATIONS
Applications for VOAP-50
01
Battery and energy storage
Quick-disconnect power connection for battery packs, storage cabinets and serviceable DC equipment.
02
UPS and backup power
Reliable battery-side connection for UPS systems and backup-power equipment.
03
Outdoor and mobile power
Sealed connection for mobile equipment, RV systems and equipment exposed to water, dust or vibration.
05 / RESOURCES
VOAP-50 controlled documents
Request documents matched to the conductor, termination method and destination market.
What are the rated current and voltage of VOAP-50?
VOAP-50 is rated at 50A and 600V AC/DC.
What cable size is suitable for VOAP-50?
The listed wire range is 6–10 mm². Confirm the conductor, terminal and approved assembly process before production.
Is VOAP-50 waterproof?
The connector is listed with IP67 protection when correctly assembled and mated.
Can VOAP-50 be disconnected under load?
Avoid connecting or disconnecting under load unless the complete system and operating procedure are explicitly designed and approved for it.