Stauff® 0.75L Diaphragm Accumulator 210 Bar – STDA-075
The Stauff® STDA-075-NBR-P3-B-M-N-1 is a high-performance 0.75L diaphragm accumulator engineered for robust energy storage and system stabilisation. Rated for a maximum working pressure of 210 bar, this genuine Stauff® unit effectively absorbs hydraulic shocks and dampens pulsations to safeguard your hydraulic circuit.
Designed for seamless integration into industrial and mobile hydraulic setups, this Type STDA configuration features a durable NBR (Buna-N®) diaphragm and a secure, non-repairable construction. We provide Australia-wide shipping for this accumulator. To ensure safe transit and compliance with dangerous goods regulations, this unit is supplied with no gas pre-charge.
Product Benefits & Performance
- Reliable Energy Storage: Maintains consistent system pressure and provides emergency power backup.
- Shock Absorption: Significantly reduces mechanical stress by dampening hydraulic "water hammer" and vibration.
- Maintenance-Free Reliability: The sealed, non-repairable (STDA) design offers a tamper-proof and durable safety solution.
- Simplified Logistics: Shipped uncharged to facilitate immediate Australia-wide dispatch without dangerous goods restrictions.
Technical Specifications & Configuration
- Type: STDA (Diaphragm Non-Repairable)
- Accumulator Volume: 0.75 Litre
- Maximum Working Pressure: 210 Bar (P3)
- Diaphragm Material: NBR (Buna-N®)
- Oil Port Connection: G 1/2" BSPP (B)
- Gas Port Connection: M28x1.5 (M)
- Special Option: Standard (1) – No Pre-Charge
Typical Applications
- Agricultural Equipment: Enhances suspension and load-sensing performance in tractors and harvesters.
- Industrial Machinery: Provides pressure compensation and pulsation dampening in manufacturing power units.
- Mobile Plant: Ideal for braking and steering circuits in demanding earthmoving environments.
Product specifications are subject to manufacturing tolerances. This unit must be correctly pre-charged with nitrogen by a qualified professional before system operation.