Metallurgical oil cylinder CGH1 MT4 110-70-220

CGH1 through-rod design with identical 70mm rod diameter both ends eliminates the force differential of single rod cylinders, both chambers output 141.4 kN at 250 Bar without requiring a flow divider valve in the circuit.

MT4 trunnion mount with split clamp ring retention on the barrel, trunnion pins 40mm case-hardened, allowing the entire cylinder body to pivot freely while maintaining equal push-pull force regardless of pivot angle.

Both rod ends accessible for position feedback — linear transducer can be mounted on either side without relocating the cylinder, critical for closed-loop synchronization of dual-cylinder mill mechanisms.

Piston centered by two PTFE wear rings spaced 65mm apart on the piston body, maintaining rod concentricity through the trunnion pivot range, seal contact pressure even across 360 degrees.

Identical seal kits for both head and cap ends reduce spare parts inventory by 50% compared to single rod cylinders, single maintenance procedure covers both ends.

Trunnion clamping bolts M16 grade 12.9 torque-to-yield specification 210 Nm, split ring design allows barrel rotation for port alignment during installation without welding or re-machining the mount pad.

Applied in continuous casting dummy bar chain tension cylinders, mandrel locking on down-coiler, synchronized mold oscillation drive, strip edge guide positioning and furnace pusher mechanisms requiring equal force in both stroke directions.

Parameter	Value
Model	CGH1 MT4 110-70-220
Type	Mill Type Double Rod Cylinder Double Acting
Standard	ISO 6022 / DIN ISO 3320
Nominal Pressure	250 Bar (Static Proof 375 Bar)
Bore / Rod / Stroke	110 mm / 70 mm / 220 mm
Force Both Directions @ 250 Bar	141.4 kN
Mounting	MT4 Trunnion Mount (Pins 40mm H8)
Clamp Retention	Split ring M16 Gr 12.9 bolts 210 Nm
Piston Guides	Dual PTFE wear rings 65mm spacing
Seal Kits	Identical head and cap, single kit SKU
Weight (approx.)	65 kg
Test	100% factory tested with individual QC report