LR-Cal LSP 4000 Pressure comparison test pump
MAKE : LR CAL
MODEL : LSP 4000
WARRANTY : 1 Year
LR-Cal LSP 4000 Pressure comparison test pump
The LR-Cal LSP 4000 is a high-pressure comparison test pump designed for generating manual test pressures up to 4000 bar (58,000 psi). This advanced hydraulic test pump is ideal for calibrating and testing mechanical and electronic pressure measuring instruments in laboratories, workshops, or directly on-site at the measurement location. With its dual-area spindle pump, the LR-Cal LSP 4000 ensures rapid pressure generation, precise control, and fine adjustment, making it an essential tool for professionals in high-pressure environments.
Features
- High-Pressure Generation: Capable of generating hydraulic pressure up to 4000 bar (58,000 psi) for accurate calibration and testing.
- Dual-Area Spindle Pump: Features a precisely adjustable spindle pump for both rapid filling and fine pressure adjustment.
- Compact and Portable Design: Lightweight and compact, making it easy to transport and use in various environments.
- Robust Construction: Built with durable materials including austenitic stainless steel, high-tensile brass, and nitrile rubber, ensuring long-lasting performance.
- Easy Operation: Equipped with a pressure generation control schematic on the instrument base for quick and straightforward operation.
- Versatile Fluid Compatibility: Operates with VG22 mineral oil or optional sebacate oil for specialized applications.
| Pressure Range | 0 to 4000 bar (0 to 58,000 psi)
|
| Pressure Transmission Medium | Hydraulic fluid based on VG22 mineral oil (optional sebacate oil)
|
| Reservoir Capacity | 170 cm³
|
| Test Connections | 2 x 1/2" BSP female thread union nut with metal cone
|
| Thread Adapters | Includes 2 adapters with M16 x 1.5 male thread and sealing cone
|
| Distance Between Test Connections | 290 mm
|
| Piston Diameter |
|
| Low-Pressure | 31.2 mm
|
| High-Pressure | 6.35 mm
|
| Displacement | Approx. 5 cm³
|
| Operating Temperature | 0 to 40°C
|
| Dimensions | W 401 x D 397 x H 155 mm
|
| Weight | 13.5 kg
|
LR-Cal LSP 4000 Pressure comparison test pump
The LR-Cal LSP 4000 is a high-pressure comparison test pump designed for generating manual test pressures up to 4000 bar (58,000 psi). This advanced hydraulic test pump is ideal for calibrating and testing mechanical and electronic pressure measuring instruments in laboratories, workshops, or directly on-site at the measurement location. With its dual-area spindle pump, the LR-Cal LSP 4000 ensures rapid pressure generation, precise control, and fine adjustment, making it an essential tool for professionals in high-pressure environments.
Features
- High-Pressure Generation: Capable of generating hydraulic pressure up to 4000 bar (58,000 psi) for accurate calibration and testing.
- Dual-Area Spindle Pump: Features a precisely adjustable spindle pump for both rapid filling and fine pressure adjustment.
- Compact and Portable Design: Lightweight and compact, making it easy to transport and use in various environments.
- Robust Construction: Built with durable materials including austenitic stainless steel, high-tensile brass, and nitrile rubber, ensuring long-lasting performance.
- Easy Operation: Equipped with a pressure generation control schematic on the instrument base for quick and straightforward operation.
- Versatile Fluid Compatibility: Operates with VG22 mineral oil or optional sebacate oil for specialized applications.
| Pressure Range | 0 to 4000 bar (0 to 58,000 psi)
|
| Pressure Transmission Medium | Hydraulic fluid based on VG22 mineral oil (optional sebacate oil)
|
| Reservoir Capacity | 170 cm³
|
| Test Connections | 2 x 1/2" BSP female thread union nut with metal cone
|
| Thread Adapters | Includes 2 adapters with M16 x 1.5 male thread and sealing cone
|
| Distance Between Test Connections | 290 mm
|
| Piston Diameter |
|
| Low-Pressure | 31.2 mm
|
| High-Pressure | 6.35 mm
|
| Displacement | Approx. 5 cm³
|
| Operating Temperature | 0 to 40°C
|
| Dimensions | W 401 x D 397 x H 155 mm
|
| Weight | 13.5 kg
|
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