What are you looking for?

Enter search term

We are sorry!

Unfortunately no results were found.

Christmas / New Year shipping times
Our central warehouses will be closed from 23.12.2024 to 01.01.2025. Incoming orders will not be shipped during this period. If necessary, you are welcome to use our branch network during this time. Customer service will be available as usual.

Login

Are you a new customer?

Register and get many benefits:

Checking the product availability
Fast reordering & order history
Personal product recommendation
Payment by invoice

Help & Contact

Your direct line to us

If you have any questions about the online store or our products, you can call our customer service at:

Monday - Thursday: 8:00AM - 5:00PM
Friday: 8:00AM - 4:00PM
Except saturdays, sundays and holidays

Or use our FAQ

There you get answers to the most frequently asked questions.

Helping people help themselves
FAQs

HK HMS 0.5 210 ECO C

Membranspeicher 0,5L 210bar TT
Product details for

HK HMS 0.5 210 ECO C

Objętość gazu l
0,5 l
p. max (bar)
210
pma : p0
8:1
pmax - pmin
140 bar
A
170 mm
B
42 mm
F
G 1/2″ -14
SW
41 mm
Ø D
105 mm
All characteristics

Characteristics

Materiał
  • Obudowa: stal węglowa 
  • Membrana: EKO 
Przyłącza
  • strona olejowa typu C - gwint wewnętrzny i gwint zewnętrzny 
Typ konstrukcji
  • Pozycja montażowa najlepiej pionowa, strona gazowa do góry 
Zakres stosowania
  • Energy storage 
  • Emergency actuation 
  • Leak oil and volume compensation 
  • Shock absorption and pulsation damping 
  • Suspension of vehicles 
Zakres temperatury
  • -32 °C do +115 °C 
Numer taryfy celnej
  • 84798997 
All characteristics

Product description

Notes
Znak CE dla zbiornika przeponowego > 1,0 l objętości gazu
Ciśnienie robocze 100 do 350 bar; min. ciśnienie robocze musi być wyższe o 10 % od ciśnienia napełniania gazu
Maks. ciśnienie napełniania gazem 130 bar
Aby chronić membranę, nigdy nie należy całkowicie opróżniać akumulatora po stronie oleju.
Description
As liquids are practically incompressible, the compressibility of a gas (in this case nitrogen) is used in hydraulic accumulators to store energy.
A hydraulic accumulator consists of two chambers (liquid side and gas side), which are separated by a flexible, gas-tight element. The liquid side is connected to the hydraulic circuit of the system. When the pressure in the system rises, the accumulator is filled with oil and the gas is compressed. If the pressure drops, the stored pressurised liquid is forced back into the circuit by expansion of the compressed gas.
Ordering information
Pressure accumulators are available uncharged ex-warehouse. Additional costs apply upon customer request for N2-charging.
If required, please include counter nut HK MS M33 - 15 in your order.

Product variants

7 Results
Show dimensional drawing
Identifier
Gas volume l (l)
p. max (bar)
pma : p0
p max - p min (bar)
Details / items
0.5 l
210 
8:1 
140 bar
Learn more
0.75 l
210 
8:1 
140 bar
Learn more
0.75 l
350 
8:1 
150 bar
Learn more
1 l
210 
6:1 
140 bar
Learn more
1.4 l
210 
6:1 
140 bar
Learn more
1.4 l
350 
6:1 
150 bar
Learn more
2.8 l
250 
4:1 
140 bar
Learn more
p0 = gas charge pressure
pmax - pmin = admissible pressure fluctuation of the accumulator

Column selection

Gas volume l (l)
p. max (bar)
pma : p0
p max - p min (bar)
A (mm)
B (mm)
F
SW (mm)
Ø D (mm)
p0 = gas charge pressure
pmax - pmin = admissible pressure fluctuation of the accumulator