Professional Separ 00530 Filter FS19733 E0530K F916200060010 PU84

Application:

CHALLENGER  MT 425 B AUTO POWERMT 425 B POWER SHUTTLEMT 445 B AUTO POWERMT 445 B POWER SHUTTLEMT 455 B AUTO POWERMT 455 B POWER SHUTTLEMT 465 BMT 525 B TECHSTAR CVTMT 575 BMT 595 BMT 655 BMT 665 BSPRA COUPE 185 V
DOOSAN DAEWOO  G 235G 260G 295G 380G 405G 500G 600
FENDT  711 VARIO FAVORIT712 VARIO FAVORIT714 VARIO FAVORIT716 VARIO FAVORIT815 VARIO817 VARIO818 VARIO TMS916 VARIO FAVORIT920 VARIO FAVORIT924 VARIO FAVORIT926 VARIO FAVORIT930 VARIO FAVORIT
INGERSOLL RAND  G 270G 330G 330 CG 550

MASSEY FERGUSON  5445 DYNA 454555455 DYNA 45460 DYNA 45465 DYNA 454705470 DYNA 454755475 DYNA 454806445 DYNA 66455 DYNA 66460 DYNA 66465 DYNA 66470 DYNA 66475 DYNA 664806480 DYNA 664856485 DYNA 664906490 DYNA 664956495 DYNA 67465 DYNA VT7475 DYNA VT7480 DYNA VT8450845084608460847084708480
SDMO  G 550 CGS 300 LGS 375 L IV AGS 500 SIL
VOLVO  L 40 TPL 45 BL 45 TP
VOLVO-PENTA MARINE  D 12 D-B MH
WIRTGEN  SF 600 DC

Professional Separ 00530 Filter FS19733 E0530K F916200060010 PU84

Q: What maintenance does the Separ 00530 filter require?

Daily Operation Monitoring‌

• ‌Pressure difference monitoring‌: Record inlet and outlet pressure every 2 hours. If the pressure difference exceeds 0.05-0.1MPa, check the filter element or material and backwash or replace it promptly.
• ‌Flow and temperature control‌: Keep operating flow below design value (e.g., 10m³/h, actual ≤12m³/h). Control temperature within carbon steel tolerance (usually ≤80°C) to prevent high-temperature oxidation.
• ‌Appearance inspection‌: Inspect the tank surface weekly for rust, peeling, or damage. Focus on welds, flanges, and supports. If rust spots appear, polish and apply anti-corrosion paint (e.g., epoxy zinc-rich primer + polyurethane topcoat).

‌Key Parts Maintenance‌

• ‌Valves and pipelines‌: Lubricate valve screws monthly (use molybdenum disulfide grease). Avoid excessive force. Regularly check check valves and pressure reducing valves for scratches or corrosion. Grind or replace if needed. Drain pipelines weekly to prevent blockages.
• ‌Pressure gauge and sensor‌: Calibrate the pressure gauge every 6 months (replace if error exceeds ±0.5%). Calibrate the differential pressure sensor’s zero and range.

‌Special Scenarios and Shutdown Maintenance‌

• ‌High corrosion or high-temperature environments‌: For acid, alkali, or salt solutions, inspect daily. Check flange gaskets (use fluororubber or PTFE gaskets). If temperature >60°C, measure tank wall thickness quarterly (ultrasonic test; replace if thinning >10%).
• ‌Shutdown maintenance‌: For short-term shutdown (1-30 days), drain medium, flush filter element, and keep dry. For long-term idle (>30 days), clean thoroughly, place desiccants (e.g., 500g/m³ silica gel), replace air with nitrogen (oxygen ≤0.5%), and seal.

Q: How often should the Separ 00530 filter be replaced?

For the SEPAR 00530 filter, you can replace at least once a year or every 100-200 engine hours, but it can be determined whether replacement is necessary by observing changes in water flow rate, water quality, or odor on a daily basis. Regular maintenance can ensure filtration efficiency and equipment lifespan. at least once a year or every 100-200 engine hours, but more often

Q: What is a separ filter?

Separ filter is an industrial equipment mainly used to remove impurities from fluids (such as gases or liquids), achieving effective separation of solid-liquid, liquid-liquid, or gas-liquid. The core principle is to use filtering media, centrifugal force, or separation structures to separate substances in different phases, in order to purify the media and protect downstream equipment.

This type of equipment usually consists of a housing, a filter element (such as a coalescing filter element or a separating filter element), and auxiliary components (such as a differential pressure gauge and a drain valve). According to the application scenario, separation filters can be divided into multiple types:

@ Filter separator:

commonly used for the purification of aviation fuel, chemical raw materials and other oil materials. It removes solid particles and moisture through a coalescing filter element, and then intercepts residual water droplets through a separation filter element. It is widely used in the fields of oil and gas and refining.
@ Soda water separation filter: For steam and compressed air systems, it adopts cyclone or baffle design to efficiently remove liquid droplets and achieve high purity of gas, suitable for power systems.

@ Filter centrifugal separator: using centrifugal force to accelerate solid-liquid separation, suitable for suspensions containing fine particles, with much higher efficiency than gravity separation.

@ Agglomeration separation fine filter:

A filter element treated with oil/water repellent properties can remove trace droplets and solid impurities in gas or liquid phases, commonly used in precision filtration scenarios.

During operation, after the fluid enters the separator, impurities are intercepted by the filter element or settled through density difference, and the purified medium after separation flows out, while pollutants are regularly discharged. In terms of maintenance, it is necessary to monitor the reading of the differential pressure gauge (such as replacing the filter element when the differential pressure reaches 0.1MPa), and regularly discharge to ensure continuous operation.