22 Feb 2026

NON-SPARKING 3 PHASE 4 WIRE SOCKET 150GZ-4K

Core Purpose & Applicable Equipment

These spare parts are engineered for Hydralift Top Drive/Hydraracker, Tool Joint Breaker, Gantry Crane, TPK-2200, IBOP, and Fim-System. Targeting oilfield maintenance, operators, and procurement teams, they solve unplanned downtime and part mismatch, complying with ATEX/IEC standards to ensure safe, efficient operation in harsh drilling environments, focusing on high-quality production and supply.

Spare Parts Classification

1. Electrical Control Components (Encoders, Amplifiers, Controllers)

This category includes encoders, amplifier, voltage regulators, and BartEC modules—core for signal transmission and system monitoring. Faults cause signal loss and downtime. Designed for Hydralift equipment, they have EEXD explosion-proof performance and anti-interference, ensuring reliability in ATEX Zone 1/2.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

Encoder-amplifier 4 VDC EEXD-SCANCON

FR-4 circuit board, copper terminals, aluminum shell, high-precision chips, anti-static insulation

1. EMI from nearby hydraulic motors distorts signals and damages components; 2. Moisture in ATEX Zone 1 causes internal short circuits and chip burnout.

1. Install an EMI shield to isolate interference, complying with IEC 61000-4-2; 2. Seal terminals with waterproof glue and store in a dry cabinet (humidity ≤60%).

2

21003923 Incremental Encoder (EEX0G9DN1024HTL)

304 stainless steel shaft, aluminum housing, optical disk, copper cable, anti-corrosion coating

1. Shaft deformation from Top Drive vibration affects signal accuracy; 2. Oil mist and dust contaminate the optical disk, causing signal dropouts.

1. Mount with a shock-absorbing bracket (ISO 10816-3); 2. Clean the housing monthly with dry air and inspect the optical disk quarterly.

3

Voltage regulator AVR 450M CATC13

Aluminum shell, copper transformer, precision potentiometer, flame-retardant electronic components

1. Power grid voltage spikes during rig startup burn internal components; 2. Poor heat dissipation in 50℃ environments causes overheating.

1. Install a surge arrester to stabilize voltage (±5% rated), complying with IEC 60664-1; 2. Keep 10cm clearance around for air circulation, avoid direct sunlight.

4

140698-5 BARTEC ANALOG INPUT 8x

Flame-retardant plastic shell, gold-plated copper contacts, FR-4 board, anti-oxidation terminals

1. Loose wiring in vibrating Hydrarackers causes poor contact and measurement errors; 2. Nearby power cables cause signal interference.

1. Tighten terminals monthly (2-3 N·m) and apply anti-oxidation grease; 2. Route signal cables 30cm away from power cables (NEC 500).

5

140244-BSC BARTEC DIGITAL OUTPUT 16x

Aluminum shell, high-current chips, copper terminals, flame-retardant insulation

1. Faulty external actuators cause overcurrent and burn chips; 2. Offshore moisture corrodes terminals, increasing contact resistance.

1. Install current limiters per channel (IEC 60947-4-1); 2. Inspect terminals quarterly for corrosion and clean with anti-oxidation agent.

2. Sensors & Transmitters

Sensors and transmitters monitor temperature, pressure, and speed for safe drilling. Malfunctions cause incorrect readings and safety hazards. Compliant with ATEX/IEC 60770, they have ±0.5% FS accuracy and corrosion resistance, ideal for high-pressure, high-temperature oilfield environments.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

METER RPM 0-250  Part Number – 96218-3

Aluminum case, glass panel, copper connections, precision movement, anti-vibration pad

1. Gantry Crane vibration wears the movement, causing inaccurate readings; 2. Falling drilling debris damages the display panel.

1. Mount on a shock-absorbing base (ISO 10816-3); 2. Install a protective cover to shield from debris while maintaining visibility.

2

Temperature sensor TR34-B-TT-CLE150-1360100-ZZZ-FE5-ZZZ-ZZZ

Ni-Cr thermocouple, 316 stainless steel sheath, Teflon cable, brass thread

1. High-sulfur crude oil corrodes the sheath, damaging the thermocouple; 2. Cable breakage from excessive bending during maintenance.

1. Apply anti-corrosion coating quarterly (NACE MR0175); 2. Route cable with ≥15cm bending radius and secure with ties.

3

Temperature sensor TR34-B-TT-CLE150-1360100-ZZZ-FE5-ZZZ-ZZZ

Ni-Cr thermocouple, 316 stainless steel sheath, Teflon cable, brass thread

1. Long-term ≥150℃ exposure in hydraulic systems ages the thermocouple; 2. Vibration causes terminal contact loss and signal failure.

1. Use within ≤150℃ and monitor ambient temperature; 2. Tighten terminals monthly and apply anti-oxidation grease.

4

10548969-008 Pressure transmitter, 0-3000 psi

316L stainless steel sensor, aluminum housing, FKM seals, copper terminals

1. Accumulator overcharging (3000 psi) damages the sensor element; 2. Seal leakage allows moisture entry and corrosion.

1. Install an upstream relief valve (≤3000 psi, ASME B31.1); 2. Inspect seals quarterly and replace with genuine FKM parts.

3. Valves & Valve Components

Valves control hydraulic fluid flow and pressure. Leakage or jamming causes system failure and downtime. Manufactured to ISO 6402/DIN 3760, they resist up to 6000 psi and corrosion, ideal for Hydralift Top Drive/Hydraracker, ensuring stable hydraulic operation.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

162029 Valve Sequence

Brass body, 304 stainless steel spool, NBR seals, copper stem, zinc-plated bracket

1. Hydraulic fluid contamination (metal debris) jams the spool; 2. Long-term 3000 psi operation ages seals and causes leakage.

1. Filter fluid every 6 months (≤10μm, ISO 16232-11); 2. Replace seals annually with NBR parts compatible with hydraulic oil.

2

109858-1AN Cartridge Valve Relief for Top Drive

316 stainless steel cartridge, brass seat, PTFE rings, FKM seals

1. Frequent Top Drive pressure relief wears the cartridge; 2. Contamination jams the valve, causing pressure relief failure.

1. Maintain stable system pressure to reduce relief cycles; 2. Clean the cartridge quarterly with clean hydraulic fluid.

3

PROPORTIONAL VALVE A2H140/140A160B210/EA2/5S

Aluminum body, 316 stainless steel spool, precision solenoid, FKM seals, copper terminals

1. Power grid fluctuations burn the solenoid coil; 2. Fluid contamination sticks the spool, causing inaccurate flow control.

1. Use a voltage stabilizer (IEC 60664-1); 2. Install an upstream ≤10μm filter to keep fluid clean.

4. Electrical Connectors, Plugs, Sockets & Cables

This category includes non-sparking plugs/sockets, cables, and couplings—critical for safe electrical transmission in hazardous zones. Faults cause power failure and safety risks. Compliant with ATEX/NEC 500, they are IP67 waterproof and anti-vibration for harsh drilling sites.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

NON-SPARKING 3 PHASE 4 WIRE SOCKET 150GZ-4K | China exports

Aluminum bronze shell, copper contacts, silicone seals, anti-corrosion coating

1. Frequent plugging/unplugging wears contacts, causing poor conductivity; 2. Seal damage allows moisture/dust entry (violates ATEX).

1. Plug/unplug only when power is off (ATEX 94/9/EC); 2. Clean contacts monthly and replace seals annually for IP67 protection.

2

NON-SPARKING 3 PHASE 4 WIRE SOCKET 150GZ-4K

Aluminum bronze shell, copper contacts, silicone seals, anti-corrosion coating

1. Vibration causes loose connections and overheating; 2. Offshore saltwater corrodes the shell, reducing non-sparking performance.

1. Ensure full plug insertion and daily connection checks; 2. Apply anti-corrosion grease quarterly for offshore use.

3

NON-SPARKING 3 PHASE 5 WIRE PLUG 200YT-5J

Aluminum bronze shell, copper pins, EPDM seals, reinforced cable jacket

1. Low-light misalignment bends pins; 2. Cable jacket wear from friction with drill pipes exposes conductors.

1. Align pins carefully (use a flashlight) to avoid bending; 2. Use cable protectors at sharp edge contact points.

4

CB00001701 Power cable

Multi-strand copper conductors, PVC insulation, nylon sheath, steel armor, flame-retardant additives

1. Dragging on rough surfaces wears the sheath; 2. High-temperature equipment radiation ages insulation, causing short circuits.

1. Use cable trays to avoid ground dragging; 2. Route 50cm away from high-temperature equipment (IEC 60228).

5

CB00001157 Assembled coupling of cable 1

Brass body, copper terminals, EPDM seals, heat-shrinkable insulation

1. Vibration loosens terminals, causing overheating; 2. Seal leakage allows moisture entry and short circuits.

1. Tighten terminals to rated torque and check monthly; 2. Apply waterproof sealant and use heat-shrinkable tube for IP67 protection.

6

CB00001143 Wire Rope

Galvanized high-carbon steel wires, steel core, anti-rust coating, brass ferrule

1. Frequent Gantry Crane lifting bends cause wire fatigue; 2. Oilfield chemicals corrode wires, weakening strength.

1. Inspect weekly (replace if ≥3 broken strands/m, ISO 4309); 2. Apply anti-rust lubricant monthly to penetrate wires.

7

Pin Femal 21E6-571-6187-001-B1 For Johon Plug Exn16Yt1000A1K Explosion Proof

Brass pin, copper contacts, anti-oxidation plating, rubber insulation

1. ATEX Zone 2 moisture corrodes contacts; 2. Hasty maintenance bends pins, preventing connection.

1. Apply anti-oxidation grease to contacts before installation; 2. Insert gently with correct alignment to avoid bending.

5. Mechanical Components (Dies, Retainers, Rings, Fasteners)

Mechanical parts (dies, retainers, fasteners) ensure equipment structure and tool joint processing. Faults cause instability and inaccuracies. Manufactured to ISO 898/DIN 931, they have HRC 55-60 hardness and wear resistance, ideal for Tool Joint Breaker and Top Drive.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

41328 Jaw 4 1/2 – 6 5/8″ Lower Back Die Ret for Tool Joint Breaker for Top Drive

Heat-treated 45# carbon steel, chrome plating, high-hardness alloy insert, steel holes

1. Frequent tool joint clamping wears the jaw insert; 2. Misaligned tool joints cause structural deformation.

1. Adjust clamping force to tool size (API 7-1); 2. Replace insert when ≤2mm thick monthly.

2

205593 Die Retainer Lower Back

Heat-treated alloy steel, zinc plating, precision-machined surface, rubber buffer

1. Die friction wears the retainer during processing; 2. Oil/moisture causes corrosion and structural weakening.

1. Apply high-temperature lubricant before die installation; 2. Clean weekly and spray anti-corrosion annually.

3

Lower backing ring 1200688600

304 stainless steel, precision surfaces, NBR gasket

1. Hydraulic seal contact wears the ring; 2. Accumulator overcharging (6000 psi) causes deformation.

1. Align with seals for even pressure distribution; 2. Monitor pressure (ASME B31.1).

4

Guide ring 1300029401

POM, glass fiber reinforcement, lubricant-impregnated surface, stainless steel ring

1. Top Drive hydraulic piston friction wears the ring; 2. 80℃ fluid ages POM and causes cracking.

1. Reapply lubricant quarterly; 2. Maintain 0-80℃ operating temperature.

5

Die 5.5″ 1200689273

HSS, heat-treated carbon steel body, chrome plating, precision teeth

1. Pipe threading wears die teeth; 2. Prolonged use without cooling tempers HSS and reduces hardness.

1. Use cutting oil during threading; 2. Rest 10 minutes every 40 minutes to cool.

6

Bolt М16х60 1200689272

8.8-grade high-strength carbon steel, zinc plating, anti-rust coating, precision thread

1. Over-tightening damages threads during installation; 2. Oilfield moisture/chemicals cause corrosion.

1. Tighten to 45-50 N·m (ISO 898-1); 2. Apply anti-rust grease and inspect quarterly.

7

Bolt M16x40 1300013527

8.8-grade high-strength carbon steel, zinc plating, anti-rust coating, precision thread

1. Top Drive vibration causes fatigue fracture; 2. Offshore saltwater corrodes the bolt.

1. Replace annually (API 510); 2. Use stainless steel or anti-corrosion paint for offshore use.

8

00000631 Cotter Pin

304 stainless steel, high-tensile strength, anti-rust coating, precision bend

1. Drilling vibration causes fatigue breakage; 2. High humidity causes brittle corrosion.

1. Inspect weekly for cracks and replace; 2. Spray anti-rust in high-humidity areas.

9

Upper gland 1200688599

Heat-treated carbon steel, zinc plating, precision seal surface, rubber gasket

1. Packing contact wears the seal surface; 2. Uneven bolt tightening causes deformation.

1. Tighten bolts evenly (cross pattern) with torque wrench; 2. Polish scratches on seal surface quarterly.

10

Lower sealing packing 1200688606

Graphite-impregnated PTFE, aramid fiber, anti-wear additives, heat-resistant coating

1. Hydraulic piston friction wears the packing; 2. 120℃ exposure hardens packing and reduces sealing.

1. Apply high-temperature lubricant during installation; 2. Replace every 6 months or if leaking.

11

O-ring 85×3.55 1300100941

Fluororubber (FKM), high-temperature resistant, anti-oil corrosion, precision molding

1. Hydraulic fluid aging causes O-ring hardening and cracking; 2. Installation scratches damage the sealing surface.

1. Replace hydraulic fluid on schedule to avoid aging; 2. Use a tool to install gently, avoiding scratches.

6. Hydraulic Components (Motors, Cylinders, Accumulators)

Hydraulic components (motors, cylinders, accumulators) provide power and pressure storage. Faults cause system failure and equipment immobility. Manufactured to ISO 4401/DIN 24338, they resist up to 6000 psi, ideal for Hydralift Top Drive/Hydraracker and lifting equipment.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

20084603 Bladder Kit 15 gal. 6000 psi Accumulator Bottle / 15 Gallon 6000 Tank Storage Kit PSI

Butyl rubber bladder, NBR seals, stainless steel clamping ring, PTFE rings

1. Accumulator overcharging (6000 psi) ruptures the bladder; 2. Seal leakage causes excessive bladder expansion.

1. Monitor pressure daily (≤6000 psi, ASME VIII); 2. Replace bladder and seals annually with genuine parts.

2

Balancing cylinder HG-100/45-150×480-R/R

Heat-treated carbon steel body, 304 stainless steel piston rod, FKM seals, chrome plating

1. Drilling debris corrodes the piston rod; 2. Hydraulic pressure spikes damage seals and cause leakage.

1. Install a dust cover to protect the piston rod; 2. Inspect seals quarterly and replace with genuine FKM parts.

3

46847 Motor Orbit F/Spinning 500CCM F/Hydraulic System F/Hydralift Top Drive

Cast iron body, 304 stainless steel rotor, brass valve plate, NBR seals, precision bearings

1. Fluid contamination wears the rotor; 2. High-pressure impact damages the valve plate.

1. Filter fluid every 6 months (≤10μm); 2. Avoid 8-hour continuous full-load operation.

4

157852 Orbit Motor 540 CCM White RE

Aluminum body, 304 stainless steel rotor, brass valve plate, FKM seals, anti-wear bearings

1. High-pressure cycles wear seals; 2. Low/contaminated fluid causes bearing wear.

1. Inspect for leakage quarterly and replace seals; 2. Maintain clean, adequate hydraulic fluid levels daily.

7. Control Devices (Joysticks, Buttons, Handles, Initiators)

Control devices (joysticks, ESD buttons, initiators) enable manual control and emergency shutdown. Faults cause misoperation and safety risks. Designed for Gantry Crane/Hydraracker, they are ATEX/IEC 60947 compliant, IP65 waterproof, and anti-vibration for safe drilling.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

51437 Joystick Left for Gantry Crane

Engineering plastic handle, aluminum base, copper contacts, spring return, rubber seal

1. Frequent Gantry Crane operation fatigues the return spring; 2. Repeated switching wears contacts.

1. Operate gently to reduce spring stress; 2. Clean contacts monthly and inspect the spring quarterly.

2

Joystick S50JCK  S50JCK-XI-20R1G-8457A– for hydraulic brake

Rubber-coated handle, aluminum base, precision potentiometer, copper terminals, damping pad

1. Brake control adjustments wear the potentiometer; 2. Outdoor moisture causes internal short circuits.

1. Adjust smoothly to reduce potentiometer wear; 2. Seal terminals and install a protective cover (IP65).

3

ESD emergency button CZ0201-P3 90 PU MSP

304 stainless steel button, plastic base, copper contacts, spring, explosion-proof shell

1. Infrequent use fatigues the reset spring; 2. ATEX Zone moisture corrodes contacts.

1. Test monthly (press/reset) to check performance; 2. Apply anti-oxidation grease to contacts and keep clean.

4

Handle 0900945 5130200343 BV8LB33DPA11-0ZP+0ZP-X

Aluminum handle, rubber grip, steel shaft, anti-rust coating

1. Frequent handling wears the rubber grip; 2. Oil/moisture corrodes the shaft and loosens the handle.

1. Replace the grip when worn; 2. Apply anti-rust grease to the shaft quarterly and tighten screws monthly.

5

56407 Initiator w/5m Cable Namur F/Hydralift Hydraracker

316 stainless steel body, copper cable, NBR seals, gold-plated contacts

1. Hydraracker movement drags and wears the cable; 2. Hydraulic system moisture corrodes contacts.

1. Use cable protectors and secure with ties; 2. Seal the body and cable connection to prevent moisture entry.

8. Protection Components (Fuses, Resistors, Thyristors)

Protection components safeguard electrical systems from overcurrent/overvoltage. Faults cause fire and equipment burnout. Compliant with IEC 60269/UL 489, they have high breaking capacity and heat resistance, ideal for Hydralift Top Drive/HPU and power distribution.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

Fuse KTK-10, 10A 051712420181

Ceramic body, copper fuse link, tin-plated terminals, flame-retardant insulation

1. External equipment short circuits cause overcurrent burnout; 2. Terminal corrosion causes poor contact and overheating.

1. Replace only with 10A fuses (IEC 60269-1); 2. Inspect terminals quarterly and clean with anti-oxidation agent.

2

Braking resistor 200KW*1:2.3Ω*1 DZ48V4

Ni-Cr resistance wire, ceramic core, aluminum heat sink, copper terminals, heat-resistant insulation

1. Prolonged Top Drive braking (5 minutes) overheats the wire; 2. Vibration and thermal cycles break the wire.

1. Limit braking to ≤5 minutes per cycle; 2. Mount on a heat sink with 20cm clearance for airflow.

3

Thyristor PERT KP2300-24 2300A 2400V

Si thyristor chip, copper heat base, ceramic insulation, nickel-plated terminals

1. Power grid spikes (2400V) break the chip; 2. Poor heat dissipation (150℃) reduces lifespan.

1. Install a surge arrester (≤2400V, IEC 60664-1); 2. Use a heat sink with thermal grease (≤120℃ junction temp).

4

50392 Breaker Circuit 10A F/Power Distribution F/Hydralift Top Drive & HPU & Hydraracker & Platform Crane

Flame-retardant plastic shell, copper contacts, steel mechanism, thermal-magnetic trip unit

1. Frequent tripping wears contacts; 2. Three-phase voltage imbalance damages the trip unit.

1. Resolve overcurrent causes before resetting; 2. Check voltage balance monthly (NEC 110.3(B)).

5

51144 Power Supply 24vdc Fim-System (Pepperl+Fuchs) F/Hydralift Top Drive & Hydraracker & Pipehandler Gant

Aluminum shell, copper transformers, FR-4 circuit board, flame-retardant components, FKM seals

1. Power grid fluctuations (±10%) damage internal components; 2. Oilfield dust/moisture causes short circuits.

1. Use a voltage stabilizer to maintain 24V±5%; 2. Install in a dust-proof, waterproof cabinet (IP65).

9. Filters, Liners & Other Special Components

This category includes filters, zirconia liners, and IBOP parts—critical for fluid purification and wellhead safety. Faults cause contamination and IBOP failure. Manufactured to ISO 16232/DIN 24550, they ensure equipment protection and wellhead reliability.

No.

Product Model

Material

Main Wear Causes

Precautions to Avoid Damage

1

PA5601322 Filter Element B15/25 F

Glass fiber filter media, aluminum alloy end caps, polyurethane seal, steel mesh support

1. Hydraulic fluid contamination clogs the filter, increasing pressure and damaging media; 2. Long-term use ages the seal, causing leakage.

1. Replace the element when differential pressure 0.5MPa; 2. Replace the seal annually with genuine polyurethane parts.

2

6380ZIR5 Liner 6″ Zirconia with Gasket for TPK-2200

Zirconia ceramic liner, 304 stainless steel gasket, high-temperature adhesive

1. TPK-2200 processing vibration causes ceramic cracking; 2. High-temperature operation (800℃) ages the adhesive.

1. Mount with high-temperature adhesive (≥1000℃ resistance); 2. Avoid sudden temperature changes during operation.

3

29955 Clevis Cylinder Remote IBOP

Heat-treated alloy steel, chrome plating, brass pin, NBR seal, anti-corrosion coating

1. Wellhead pressure cycles wear the clevis pin; 2. Downhole fluid corrosion damages the seal and causes leakage.

1. Inspect the pin weekly for wear and replace if 0.5mm; 2. Apply anti-corrosion coating quarterly (NACE MR0175).

4

93806-11 Crank for IBOP

High-strength carbon steel (40Cr), heat treatment, zinc plating, rubber grip

1. IBOP opening/closing torque causes crank fatigue; 2. Wellhead moisture corrodes the steel and loosens the grip.

1. Operate within rated torque (≤50 N·m); 2. Clean and spray anti-corrosion annually, replace grip when worn.

5

30173893 Crank Assembly

Alloy steel crankshaft, brass bushings, steel fasteners, anti-rust coating, rubber buffer

1. Continuous mechanical operation wears the bushings; 2. Vibration loosens fasteners and causes misalignment.

1. Apply lubricant to bushings monthly; 2. Tighten fasteners weekly and inspect alignment quarterly.

6

FLASHER COLOR EATON MEDC XB15B0240506YWBTPER

Engineering plastic shell, LED light source, copper terminals, EPDM seals, heat-resistant PCB

1. Outdoor drilling vibration damages the LED and PCB; 2. Moisture entry causes short circuits and terminal corrosion.

1. Mount with a shock-absorbing bracket; 2. Seal terminals with waterproof glue and keep the shell clean.

7

Projector NSSFMVMY400/220/50/M20/S886

Aluminum alloy housing, optical glass lens, copper electrical components, cooling fan, dust-proof seal

1. Oilfield dust clogs the cooling fan, causing overheating and bulb burnout; 2. Vibration damages the optical lens alignment.

1. Clean the fan and air vents monthly; 2. Mount on a stable surface and avoid vibration during operation.

On-Site Fault Maintenance Cases

Case 1: Pressure Transmitter Malfunction

A drilling site reported inaccurate pressure readings from the 10548969-008 (0-3000 psi) transmitter, causing unstable accumulator operation. Inspection found FKM seal leakage, allowing moisture to corrode the sensor element—violating ASME B31.1 pressure vessel standards. Replacing the seal with a genuine FKM part and cleaning the sensor restored accurate readings, avoiding accumulator overcharging damage.

Case 2: Top Drive Orbit Motor Failure

A Hydralift Top Drive’s 46847 (500CCM) orbit motor stopped rotating. Troubleshooting revealed hydraulic fluid contamination (metal debris) wore the rotor and valve plate—due to overdue fluid replacement (beyond ISO 16232-11 requirements). Replacing the motor, filtering the hydraulic system, and changing fluid resolved the issue, restoring Top Drive operation.

FAQ (Frequently Asked Questions)

Question

Answer

Are all spare parts compatible with Hydralift Top Drive and Hydraracker?

Yes, all parts are engineered to match Hydralift Top Drive/Hydraracker, Tool Joint Breaker, and other specified equipment. We strictly follow original equipment specifications to ensure 100% compatibility, complying with ATEX and IEC standards for safe use.

How often should I replace the filter element (PA5601322) and why?

Replace the PA5601322 filter element when differential pressure exceeds 0.5MPa or every 6 months (whichever comes first). Clogged filters increase hydraulic system pressure, damaging pumps, valves, and motors—following ISO 16232 standards to extend equipment life.

What precautions should I take for non-sparking plugs/sockets in hazardous zones?

Non-sparking plugs/sockets (150GZ-4K, 200YT-5J) must be plugged/unplugged only when power is off (ATEX 94/9/EC). Clean contacts monthly, replace seals annually for IP67 waterproofing, and apply anti-corrosion grease for offshore use to maintain non-sparking performance.

Procurement Guide

We specialize in the production and supply of all the above oilfield and drilling spare parts, ensuring each product meets ATEX, IEC, ISO, and DIN standards for reliability and safety. All models are manufactured to match original equipment specifications, with no modifications to product identifiers. Whether you need single parts or bulk orders for maintenance and project operations, we provide high-quality, compatible components to avoid unplanned downtime. Contact us today to discuss your procurement needs and get tailored solutions for your drilling equipment.

 

contact us 

Emeil: [email protected]   whatsapp: +86 15275658619

Should you have any purchase intentions, please contact us – we will offer you our most favorable price.

 


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