
M-HC6
Data:
Automatically activated (sequence valve)
Flexible design; several intensification factors
Multiple connection possibilities
Extended service life
Robust design
PIN: 20 – 300 bar
PH: 500 bar maximum
Q: 100 L/min
Weight: 23.0 kg.
Description:
The M-HC6 is a complete, ready-to-install, high-flow and high-pressure intensifier system. The system is based on the miniBOOSTER HC6 intensifier and includes integral high-flow bypass and isolation valves.
The intensifier system M-HC6-004 also includes a relief valve on the HP-side.
The system is ideal for mobile attachments to take full advantage of the pump capacity for fast-forward movement of the hydraulic cylinder(s) and to boost pressure, when needed to achieve intensified (crushing/clamping) pressures.
The M-HC6 intensifier system can be tailor-made to match your application.
Typical applications
Mobile attachments; motors – steering systems – cutters – crushers – shears, off highway equipment, injection molding machines and hydraulic presses.
Function diagram for models M-HC6-001, -002, -003
0-262-06
Function diagram for model M-HC6-004
0-289-03
Connection types
Connection | P / T / Z | H | P1 / T1 |
---|---|---|---|
M-HC6-001 | 1/2" BSPP | Flange | 3/8" BSPP |
M-HC6-002 | 1/2" BSPP | Flange | 1/2" BSPP |
M-HC6-003 | 1/2" BSPP | 1/2" BSPP | 3/8" BSPP |
M-HC6-004 | 1/2" BSPP | 1/2" BSPP | 3/8" BSPP |
Fluids and materials
Additional information is available on the site General specifications
Ordering example of an M-HC6
An intensifier system M-HC6 for 500 bar 100 l/min with 1/2” BSPP thread connection on high-pressure side for tube mounting, mounted with an HC6-2.5-A-1:
M-HC6-003 mounted with HC6-2.5-A-1
Attention note!
Valve pre-settings is required, please specify when ordering the intensifier system.
Max. tightening torque
P / T / Z | H | |
---|---|---|
1/2" BSPP | 1/2" BSPP | |
with steel washer | 13.0 da/Nm | 13.0 da/Nm |
with cutting edge | 13.0 da/Nm | 13.0 da/Nm |
Max. tightening torque flange mounting
Mounting bolt | ||
---|---|---|
M6 12.9 | 1.8 da/Nm |