Additel 960 Hydraulic Ultra-High Pressure Test Pump

The Additel 960 Hydraulic Ultra-High Pressure Test Pump is portable and tabletop in nature. With a weight of only 15kg and dimensions of 320mm x 200mm x 350mm, this pump is easy to transport. This pump may also be operated remotely by a computer or mobile device, making it simple to use.

The Additel 960 Hydraulic Ultra-High Pressure Test Pump has a few distinguishing features. It has a maximum pressure of 60,000 psi (4,140 bar), making it one of the most powerful testing pumps on the market. It also has a fine adjustment control for precise control of pressure output. In addition, the pump has a safety release valve to avoid over-pressurization. The calibration volume is isolated from the check valve linked with the hand pump by an isolation valve. Because the check valve is frequently a source of leaks and maintenance, the isolation valve provides more reliable readings and decreases the possibility of pump repair. also This product is perfect for calibrating pressure measuring equipment such as test gauges, indicators, or transducers.

Additel 960 FEATURES:

• Generate Ultra-high Pressure
• Hand pump to fill large volume systems
• Durable and Minimal Maintenance
• Isolation valve provides stable pressures while reducin maintenance on the hand pump check valve
• Easy-to-use

Additel 960 Hydraulic Pressure Test Pump SPECIFICATIONS:

• Media: Oil
• Generated Pressure Range: 0 to 60,000psi (4,200bar) gauge pressure.
• Reservoir Capacity: 420ml (25.6 cubic inches)
• Material: Ram/adapters: SS
  Body: SS, aluminum, copper
  Seals: Buna-N, PTFE, Copper Alloy, Aluminum Alloy
• Connection: Test Gauge Connection: Positional Autoclave F-250-C, 9/16″ – 18 UNF female
  Reference Gauge Connection: Positional Autoclave F-250-C, 9/16″ – 18 UNF female
  1/2BSP female and M20X1.5 female connections are available upon request.
• Dimensions: Height: 6.9″ (175 mm)
  Base: 17.9″ (455 mm) x 15.0″ (380 mm)
• Weight 33.1 lb (15 kg).
• Piston Volume Fine adjust piston: 1.5 ml (0.09 in^3)