Truck-Mounted Drilling Rig ZJ10/1125CZ Replacement Parts

1

Engine (Power System)

Model: CAT3406C; Power: 460 HP (343 kW) at 2100 r/min

Cast iron (HT250) engine block, forged steel crankshaft, aluminum alloy cylinder heads, chrome-plated piston rings

1. Piston ring wear from poor fuel quality; 2. Turbocharger failure from oil contamination; 3. Overheating from cooling system blockage.

1. Use CAT-specified fuel and engine oil; 2. Inspect and clean cooling system monthly; 3. Service per CAT maintenance schedule (every 500 operating hours).

2

Transmission

Model: ALLISON-S5600DB

Alloy steel gears, aluminum alloy housing, ceramic-faced friction clutches, FKM seals

1. Clutch wear from harsh shifting; 2. Gear damage from torque spikes; 3. Valve sticking from hydraulic fluid contamination.

1. Shift smoothly to reduce clutch wear; 2. Replace transmission fluid every 1000 hours with Allison-approved ATF; 3. Use OEM filters to maintain fluid cleanliness.

3

Emergency Power (Motor)

Optional; Compatible with ZJ10/1125CZ rig

Steel frame, copper windings, cast iron motor housing, stainless steel (304) electrical components

1. Electrical component corrosion from moisture; 2. Winding damage from voltage fluctuations; 3. Bearing wear from insufficient lubrication.

1. Keep motor enclosure dry and dust-free; 2. Test monthly to ensure readiness; 3. Lubricate bearings every 200 operating hours.

1

Chassis

Driving Type: 10x8 (8x8); Min. Turning Dia.: 34m (111.55ft); Min. Ground Clearance: 340mm (13.39in); Approach/Departure Angle: 36°/18°; Max. Grade Ability: 20°

High-strength steel (Q460) frame, alloy steel axles, reinforced suspension components, anti-corrosion epoxy coating

1. Frame corrosion from oilfield chemicals/debris; 2. Axle wear from off-road operation; 3. Suspension fatigue from heavy load.

1. Clean chassis regularly to remove debris; 2. Inspect axles and suspension monthly; 3. Avoid overloading beyond 42000kg shipping weight.

1

Drawworks

Type: Double drum (single drum optional); Power: 450 HP; Speeds: 5 forward, 1 reverse; Sand Drum: Optional

High-strength alloy steel (Q460) frame, 16Mn carbon steel drums, heat-treated alloy steel gears

1. Drum groove wear from wire rope friction; 2. Gear fatigue from high-torque cycles; 3. Bearing damage from insufficient lubrication.

1. Inspect drum grooves monthly per API 4F; 2. Use OEM-specified lubricants for gears/bearings; 3. Avoid overloading beyond max hookload.

2

Main Drum (Drawworks)

Dia. x Length: Ø429mm (16.9in) x 965mm (38in); Main Brake: Band type (or hydraulic disc type); Cooling: Force spray water cooling

Carbon steel (16Mn) drum body, hardened steel brake bands, heat-resistant alloy steel brake discs (optional)

1. Brake wear from frequent heavy braking; 2. Drum warping from uneven cooling; 3. Corrosion from water cooling system leaks.

1. Inspect brake pads/shoes weekly; 2. Ensure uniform water cooling during brake use; 3. Adjust brake clearance per OEM specs.

3

Auxiliary Brake (Main Drum)

Model: SR22" hydro brake

Alloy steel (40Cr) brake body, NBR seals, stainless steel (316) internal components, copper cooling tubes

1. Seal leakage from hydraulic fluid contamination; 2. Internal wear from debris; 3. Overheating from extended heavy use.

1. Filter hydraulic fluid (ISO 12103 Class 18/15); 2. Monitor brake temperature during operation; 3. Flush cooling system quarterly.

4

Drill Line

Dia.: Ø26mm (1in); Lines: 8

High-carbon steel wires, galvanized coating, independent wire rope core (IWRC), anti-wear surface treatment

1. Fatigue from repeated bending over sheaves; 2. Abrasion from rig component contact; 3. Corrosion from oilfield moisture/chemicals.

1. Rotate rope regularly to distribute wear (per API 9B); 2. Clean and lubricate weekly with wire rope grease; 3. Replace if broken wires exceed API limits.

5

Traveling Block

Model: YG150

Alloy steel (40Cr) sheaves, stainless steel (304) pins, anti-corrosion coated frame, high-load bearings

1. Sheave groove wear from drill line friction; 2. Bearing failure from vibration; 3. Frame corrosion from well fluids.

1. Align with crown block (if applicable) to reduce wear; 2. Lubricate sheave bearings every 50 operating hours; 3. Inspect for uneven wear quarterly.

1

Mast

Type: Double section telescoping mast; Height: 31.3m (102.69ft); Max. Static Load: 1195 kN (263.8 lb); Monkey Board Height: 19.7m (55.77ft)/20.7m (64.6ft); Max. Wind Load: 59.35 kN (110 km/h)

High-strength alloy steel (Q460) sections, bolted/welded construction, anti-corrosion epoxy coating

1. Structural fatigue from wind loads; 2. Corrosion from outdoor exposure; 3. Bolt loosening from rig vibration.

1. Inspect for cracks every 6 months via NDT (API 4F); 2. Retorque bolts weekly; 3. Lower mast during wind speeds exceeding 110 km/h.

2

Substructure

Model: ZT1470/3.7.S telescoping substructure

Alloy steel (Q355B) frames, reinforced steel crossbeams, anti-corrosion coated surfaces

1. Fatigue from uneven load distribution; 2. Corrosion from ground moisture/oilfield chemicals; 3. Weld damage from impact during setup.

1. Ensure level setup to distribute load evenly; 2. Inspect welds annually; 3. Keep substructure base clean and free of debris.

1

Rotary Table

Model: ZP175 (ZP105)

Alloy steel (4140) gears, cast iron housing, hardened steel tabletop, FKM seals

1. Gear wear from drilling torque; 2. Tabletop damage from tubular contact; 3. Seal leakage from drilling fluid contamination.

1. Lubricate gears every 100 operating hours; 2. Inspect tabletop for wear weekly; 3. Clean and protect seals from drilling fluid.

2

Swivel

Model: SL120

Alloy steel (4340) body, stainless steel (316) rotating components, FKM pressure seals, heat-treated bearings

1. Seal leakage from high-pressure drilling fluid; 2. Bearing wear from rotational friction; 3. Corrosion from well fluids.

1. Test pressure integrity before each use (per API 7K); 2. Lubricate bearings every 75 operating hours; 3. Flush internal components after use.

1

Hydraulic System Components

Rated Pressure: 14 MPa (2002 psi)

Alloy steel (45#) hydraulic cylinders, FKM seals, stainless steel (304) valves, copper hydraulic lines

1. Seal leakage from fluid contamination; 2. Valve clogging from debris; 3. Hydraulic line damage from impact.

1. Filter hydraulic fluid to ISO 12103 Class 18/15; 2. Inspect lines and seals monthly; 3. Avoid kinking or crushing hydraulic lines.

2

Air System Components

Rated Pressure: 0.833-0.93 MPa (119.12-133 psi)

Carbon steel (Q235B) air tanks, aluminum alloy valves, NBR seals, stainless steel (304) air lines

1. Seal leakage from pressure cycles; 2. Air tank corrosion from moisture; 3. Valve wear from frequent use.

1. Drain moisture from air tanks daily; 2. Inspect seals and valves monthly; 3. Maintain pressure within rated range.

3

Control/Lighting/Power System

Voltage: 24V/220V/380V (China)

Copper electrical wires, aluminum alloy junction boxes, stainless steel (304) connectors, impact-resistant plastic light fixtures

1. Wire damage from vibration; 2. Connector corrosion from moisture; 3. Light fixture damage from impact/debris.

1. Secure wires to prevent vibration damage; 2. Keep connectors dry and apply anti-corrosion grease; 3. Protect light fixtures from debris.

What lubricant is recommended for the Allison-S5600DB transmission?

Use Allison TES 295-approved automatic transmission fluid (ATF). Replace every 1000 operating hours, and use only Allison-certified filters to prevent valve sticking, gear wear, and transmission failure, adhering to Allison’s maintenance guidelines.

How often should the drill line (Ø26mm, 8 lines) be replaced?

Replace per API 9B standards: if broken wires exceed 6 in a single lay or 10 in any 300mm length. For heavy-use scenarios, inspect weekly and rotate monthly to extend service life; typical replacement intervals range from 6–12 months.

How to resolve swivel (SL120) pressure leakage?

First, inspect FKM seals for wear or damage—replace if compromised. Flush internal components to remove debris, then test pressure integrity per API 7K. Ensure bearings are properly lubricated to prevent misalignment, which can cause seal damage.