Discount Price Rubber Gasket/Washer to Paraguay Manufacturer

Rubber is the most cost-effective material to use where temperature and pressures are low and the chemical environment is mild. Different elastomers offer different mechanical and chemical properties. Cloth&metal inserted materials are better able to handle movement and high compression loads.

Technical Data Sheet

Application Area

l Electron Components

l Medical Equipment

l Home Appliance

l Mechanical Equipment

l Office Facilities

l Aviation

l Construction

l Automobile

For additional specifications and pricing information on our line of case and tray packers, head over to https://products.arpac.com/category/case-tray-packing …

In this second part series, We continue with the removal of the hydraulic saginaw Steering gearbox. Seens from our first part series https://www.youtube.com/watch?v=EaK_pc95Poo
have additional information for a complete understanding and How-to procedure. Here we show you the appropriate tools, method and technique to remove the hydralic steering box from the Nissan D22 frame rail. Removal of the Power-assist steering gearbox to service the pitman arm shaft oil,dirt and water seal. Why it is necessary to remove the saginaw steering box to replace the pitman arm shaft seal. Also discuss, what cause the hydralic power steering system pump to create noise and cavitate. Not your avarage repair, labour intense and time consuming. We recommend viewing of this video and seek professional help toward solving the pitman arm oil leak remedy. Since this oil leak exist at the front of the vehicle. The oil will most likely spray itself on to rubber parts located under the vehicle carriage. Rubber parts cover or coated by power-steering oil will soon become deform and destroy which will lead to more failure with system and control parts like body rubber bushing, control arm and stabilizer bar insolator,axle CV joint boot, Ball joint rubber seal and a dirt build of oil and soil. Always, water and soap pressure wash the undercarriage of the vehicle becore and after work-order procedure.

Here is another video describing the identical application in a different automotive make and model.

Thank you for your viewership plus you just learn something new that cane be share with other so please comment with your question, concern and your knowledge. You should also subscribe if you find interest and common ground.

Checking Hydraulic System.
Before starting, check belt tension, driving pulley and tire pressure.
1. Set Tool. Open shut-off valve, then bleed air. Refer to PS-8,
“Bleeding Hydraulic System” .

2. Run engine at idle speed or 1,000 rpm.

3. Bring power steering fluid up to adequate operating tempera-
ture. [Make sure temperature of fluid is approximately 60 to
80°C (140 to 176°F).]

WARNING:
Warm up engine with shut-off valve fully opened. If engine
is started with shut-off valve closed, fluid pressure in the
power steering pump increases to maximum. This will raise
fluid temperature abnormally.

4. Check pressure with steering wheel fully turned to left and right positions while idling at 1,000 rpm.
CAUTION:
Do not hold the steering wheel at full lock position for more than 15 seconds.
● If pressure reaches maximum operating pressure, system is OK.
● If pressure increases above maximum operating pressure, check power steering pump flow control
valve. Refer to PS-17, “Components” .

5. If power steering pressure is below the maximum operating pressure, slowly close shut-off valve and check pressure again.

CAUTION:
Do not close shut-off valve for more than 15 seconds.
● If pressure increases to maximum operating pressure, gear is damaged. Refer to PS-17, “Compo-nents”PS-15, “Removal and Installation” .
● If pressure remains below maximum operating pressure, pump is damaged. Refer to PS-17, “Compo-nents” .

6. After checking hydraulic system, remove Tool and add fluid as necessary. Completely bleed air out of sys-tem. Refer to PS-8, “Bleeding Hydraulic System” .

Power steering pump maximum operating pressure: 7,551 – 8,336 kPa (77 – 85 kg/cm2 , 1,095 – 1,209 psi)