Enidine PMXT 2150 MF-2 Non-Adjustable Shock Absorber. M64 x 2.0 - 150mm Stroke. Multiple Orifice
Enidine PMXT 2150 MF-2 — non-adjustable shock absorber, M64 x 2.0, 150 mm stroke, 5 650 Nm/cycle.
Overview
The Enidine PMXT Series are non-adjustable, self-compensating hydraulic shock absorbers with a one-piece hardened steel body and the high-strength Xtreme design, sized for mid-range loads in automation, packaging and material handling.
Enidine PMXT 2150 MF-2 (part number MF222052): M64 x 2.0 thread (metric fine thread), 150 mm stroke, up to 5 650 Nm per cycle, 421 000 Nm/h, maximum reaction force 60 500 N, maximum propelling force 17 800 N, mass 4.2 kg. Damping constant -2: the orifice number sets the velocity range the unit is optimised for — select it from the ECO sizing curves by effective weight and impact velocity. One hex jam nut is included with every shock absorber; flanges, stop collars, side-load adaptors and urethane striker caps are available as accessories.
Typical applications: Deceleration of moving loads — factory automation, packaging, material handling.
Operating conditions: Hydraulic (sealed, self-contained); -12 °C to +66 °C.
Genuine ITT Enidine product supplied by Applied Group, ITT Enidine's distributor in South Africa. Full technical data, dimensions and sizing curves are in the attached catalogue extract.
Specifications
| Series | Enidine PMXT 2150 |
|---|---|
| Model | PMXT 2150 MF-2 |
| Type | Non-adjustable shock absorber |
| Thread | M64 x 2.0 |
| Stroke | 150 mm |
| Max energy per cycle | 5 650 Nm |
| Max energy per hour | 421 000 Nm/h |
| Max reaction force | 60 500 N |
| Max propelling force | 17 800 N |
| Mass | 4.2 kg |
| Temperature range | -12 °C to +66 °C |
| Working media | Hydraulic (sealed, self-contained) |
| Application | Deceleration of moving loads — factory automation, packaging, material handling |
| Catalogue reference | ITT Enidine Shock Absorbers, Rate Controls & Wire Rope Isolators (A4 EN) |
Documents
Enquire about this part
The fastest way to get a price on this SKU is to email our quote desk — your reply lands with an engineer within 4 business hours.
Email a quote request Or use the quote form →
