We deliver the Bosch Rexroth Hydraulics HAD0,35-160-1X/0F08A-2N111-USA 0531601533, as well as the full Bosch Rexroth product line with Worldwide door-to-door delivery. All Bosch Rexroth brand products are of the highest quality and set world standards, continuing the tradition of German quality. We value our customers highly, therefore we are ready to offer the most convenient delivery and payment terms for the order, as well as a flexible pricing policy for customers of any level. You can order both actual as well as discontinued components and spare parts that are not presented on this site. To get a Commercial Proposal for a Bosch Rexroth Hydraulics HAD0,35-160-1X/0F08A-2N111-USA 0531601533, leave a request with your company details. Most requests are processed within 24 hours!
The HAD design is a hydro-pneumatic type accumulator that utilizes compressed nitrogen to supply fluid to the hydraulic system. The nitrogen and hydraulic fluid are separated by means of an elastomeric membrane. HAD units are the diaphragm welded non-repairable type that can be supplied in both non-rechargeable and chargeable versions.
- Hydraulic accumulator according to pressure equipment directive 97/23/EC
- HAD sizes range from 0.075L to 3.5L
- HAD pressure rating 250 bar on most sizes, with special options available upto 350 bar
- HAD units are economical solutions for pulsation dampening and energy storage applications where only a small volume of usable fluid is required
- Very compact design allows for the use of the HAD product in the smallest of locations, industrial or mobile hydraulic in nature
- Multiple elastomer options for many different fluid and temperature driven applications
- Multiple fluid port options are available such as UNF, NPT, BSPP, and metric M threaded designs
- Two gas valve options are available for pre-charging, the standard Schrader valve type common for the US market (7/8-14UNF connection) and the European standard M28 threaded connection
- Component series 1X
- Volume compensation in case of changes in pressure and temperature
