# Enerpac® PIDM662 Dump Valve Face Mount Manifold Oil-to-Oil Hydraulic Pressure Intensifier with Port Filtration and Flow Orifice

**Brand:** [ENERPAC](https://maxsupplyco.com/brands/ENERPAC)
**SKU:** PIDM662-10764
**MPN:** PIDM662
**Price:** $2,266.04 · in stock
**URL:** https://maxsupplyco.com/product/enerpac-pidm662

## Features

- Internal bypass valving enables high output flow rates
- Includes dump valve, eliminates the need for an external pilot check valve
- Compact and self-contained design allows for ease of installation
- Select fit of all internal components provides long operating life
- When oil is supplied to the inlet port it flows freely past the check valves and the dump valve to the cylinder and advances it
- As the inlet pressure increases the oscillating pump automatically increases the outlet pressure by the chosen intensification
- Once the maximum pressure is reached, the pump frequency lowers and balances at the maximum pressure
- Free flow from the cylinder to tank occurs when the directional control valve is switched to supply the r-port
- Filtration 10 micron is required on all ports in the circuit to ensure trouble-free operation

## Specifications

| Spec | Value |
|---|---|
| UPC | 662005428939 |
| Brands | ENERPAC |
| Warranty | Limited |
| Manufacturer | Enerpac Tool Group |
| Package Quantity | 1/Each |
| Manufacturer Part Number | PIDM662 |

## Description

Enerpac® hydraulic pressure intensifier, dump valve face mount manifold oil-to-oil, PID series, for use with: double-acting power clamping cylinder, specifications: 6.6 to 1 pressure intensification ratio, 758 psi inlet, 5,000 psi outlet pressure, 793 in³/min inlet, 79 in³/min outlet flow, 1.97 in dia x 4.79 in W x 2.72 in H.

Features

- Internal bypass valving enables high output flow rates

- Includes dump valve, eliminates the need for an external pilot check valve

- Compact and self-contained design allows for ease of installation

- Select fit of all internal components provides long operating life

- When oil is supplied to the inlet port it flows freely past the check valves and the dump valve to the cylinder and advances it

- As the inlet pressure increases the oscillating pump automatically increases the outlet pressure by the chosen intensification

- Once the maximum pressure is reached, the pump frequency lowers and balances at the maximum pressure

- Free flow from the cylinder to tank occurs when the directional control valve is switched to supply the r-port

- Filtration 10 micron is required on all ports in the circuit to ensure trouble-free operation