Banjo KZ ZipValve 3/8 in 2-Way Ball Valve | KZ-NAZC28-1CEBS-D01

Banjo KZ ZipValve 3/8 in 2-Way Ball Valve | KZ-NAZC28-1CEBS-D01

The ZIPValve 2-Way Motorized Ball Valve is designed for precision and reliability. Featuring a compact design and robust construction, this valve offers instantaneous On/Off control with low power consumption. Ideal for various applications, it ensures unparalleled performance and longevity.

The valve comes standard with male QD connections. There are also 3/8" and 1/2" push lock connections that do not require any adapters.

Features:

• Compact – with a small footprint
• Rapid shut-off time (0.2 seconds)
• Each unit is both 12 and 24 VDC capable
• Extremely low continuous power consumption
• High flow capacity
• LED position & fault indication
• IP68 waterproof (NEMA 6P) – extreme water protection
• NEMA 7D – ignition safe for Group D gases and vapors
• Instantaneous On/Off Control: Provides quick and reliable operation
• Low Power Consumption: Efficient operation with minimal energy use
• LED Open/Close Indication: Visual confirmation of valve status
• ⅜" standard port motorized ball valves
• Valves are made for Actuation with a KZValve Waterproof EH8 Series Actuator, providing longer valve and actuator life
• Robust, quarter-turn electric ball valves are highly reliable compared to solenoid and plunger valves
• QD fork connection fittings

Specifications:

• Ball: 316 Stainless Steel
• Cycle Time: 0.2 Second Cycle Time at 90°
• Flow: 1.4 - 5.0 GPM at 1 PSI Drop, Water
• Inlet/Outlets: QD Fork
• Lid: Deutsch Receptacle
• Max Pressure: 150 PSI at 70°F
• Product Type: Standard Port
• Size: 3/8 in. Zip
• Stem: 316 Stainless Steel
• Stem Seal: Viton™
• Valve Body: Nylon
• Valve Seat: PTFE
• Voltage: 12/24 VDC
• Current Draw: 0.4 Amp
• Connection: QD Fork 

The modular design allows you to replace all of the Banjo LEV products – and much more. The base ZipValve uses KZ QD connections – allowing modular additions of both fitting kits and wire harnesses.

BANJO LEV TRANSITION TO KZ ZIPVALVE: