0001-0798-90 Series Lexan Covers & M6000 MCC Cabinet Electrical

1. Product Overview & Core Purpose

This comprehensive electrical component assembly centers on 0001-0798 series Lexan protective covers, customized M6000 fan mounting plates, multi-spec industrial fuse sets, DIN rail terminal blocks, high-voltage measurement meters, rectifier bridge modules and logic relay assemblies. Exclusively engineered for M6000 and 8000 Line MCC drilling control cabinet systems, these parts precisely cater to the equipment upgrading, routine maintenance and fault replacement demands of oilfield electrical engineers, drilling rig service contractors and industrial automation maintenance teams. The product lineup resolves key field pain points including cabinet internal dust accumulation, ungraded circuit overcurrent protection, inaccurate high-voltage data measurement, unstable signal logic control and aging structural mounting accessories. All components comply with IEC 60947 low-voltage electrical standards and NEC industrial cabinet specifications, passing 15000 continuous power cycle tests and 3000-hour high-temperature aging tests to deliver consistent operational stability. This solution serves as standardized procurement specifications and professional technical troubleshooting references for oilfield MCC cabinet overhaul and daily electrical system optimization.

2. Product Introduction

The full product portfolio integrates cabinet structural protection parts, power protection components, electrical measurement modules, signal control units and standardized mounting hardware. It includes multi-size left and right Lexan transparent protective covers tailored for M6000 cubicles, customized blower and component mounting brackets with precise dimensional calibration, and graded fuses ranging from 2A to 630A paired with matched professional fuse holders for multi-level circuit protection. High-precision DC voltage and ground current meters support 0-1500VDC and 0-100AC real-time data monitoring. DIN rail terminal block sets with end stops and end covers achieve standardized circuit wiring arrangement. Single-phase and three-phase rectifier bridges, logic relays, load resistors and start/stop pushbutton assemblies form complete cabinet signal control and power conversion systems, fully meeting integrated assembly and maintenance requirements of 8000 and M6000 series MCC cabinets.

3. Core Functional Description

Custom Lexan protective covers provide durable physical isolation for internal cabinet electrical components, blocking dust, moisture and fine particulate impurities to prevent short-circuit faults caused by environmental contamination. Graded high-current fuse combinations deliver hierarchical overcurrent, short-circuit and surge protection, avoiding burnout of precision meters and control modules from instantaneous current spikes. Professional high-voltage meters convert real-time voltage and current signals into standard analog output signals, supporting accurate data collection and remote system monitoring. Rectifier bridge modules realize stable AC-DC power conversion to ensure consistent power supply for internal logic control units. Relay and resistor assemblies stabilize circuit signal transmission and consume residual power, eliminating signal drift and residual voltage interference. Standard terminal blocks and mounting plates achieve neat wiring and firm component installation, reducing circuit failure risks caused by loose wiring and structural vibration.

4. Structural Characteristics

All Lexan cover components adopt high-transparency impact-resistant polycarbonate material, with customized cutting dimensions fitting M6000 cubicle structures perfectly, retaining clear visibility of internal instrument data while ensuring protection. Mounting plates and angle brackets adopt thickened steel plate stamping and anti-rust surface treatment, maintaining structural stability after 2000 hours of continuous vibration. Fuse holders support fast plug-in disassembly and assembly, equipped with standardized locking structures to prevent loosening under long-term equipment operation. Terminal blocks adopt screw-type wiring structure with 22-12 AWG wide wire diameter compatibility, adapting to diversified field wiring demands. Relay sockets and resistor brackets feature integrated fixed design to reduce component shaking displacement. All electrical parts follow unified industry interface standards, realizing high interchangeability for on-site replacement.

5. Applicable Working Conditions

This full set of components is specially applicable to oilfield onshore and offshore drilling rigs equipped with 8000 Line and M6000 series MCC control cabinets. It stably adapts to 500V to 1250V high-voltage circuit working environments and continuous 24VDC logic control loop operation. The structural and electrical components can operate reliably in ambient temperatures ranging from -25℃ to 120℃, resisting dust corrosion, voltage fluctuation and mechanical vibration in harsh oilfield working conditions, suitable for long-cycle continuous operation and frequent start-stop switching scenarios of drilling electrical systems.

6. On-Site Maintenance & Engineer Practical Suggestions

Professional field engineers suggest cleaning Lexan cover surfaces and cabinet internal dust every two months to guarantee instrument reading clarity and prevent component heat dissipation blockage. Inspect fuse contact tightness and aging status after 8000 working hours to avoid delayed protection response caused by contact oxidation. Calibrate high-voltage measuring meters quarterly to ensure monitoring data accuracy. Check terminal block screw tightness regularly to eliminate poor contact induced by rig vibration. Test relay logic action and residual voltage discharge performance every six months to ensure stable signal control and meet the 1-minute standardized discharge requirement.

We supply the following spare parts:

0001-0798-93 LEXVAN-CVR, BTM. PT2. 31.00 x 29.25 INC CUB
0001-0798-92 LEXAN-CVR. BTM. PT1, 39.25 x 24.38 INC CUB
0001-0798-91 LEXAN-CVR. COMP. RH, 13.13 x 24.00 INC CUB
0001-0798-90 LEXAN-CVR. COMP. LH. 24.25 x 21.25 INC CUB
0001-0530-30 PLATE-FAN MTG. INC CUB. M6000
0001-0845-84 ANGLE-BUS SPRT. 6.5W x 12.75L
0001-0845-79 PLATE-COMP MTG. RH. 26.0 x 26.0
0001-0845-78 PAN-BLOWER MTG. 15.0W x 10.0D x 5.0H
0001-0845-77 PAN-COMP MTG. RR. 26.0W x 51.25H
0001-0845-76 PLATE-COMP MTG. LH. 28.0″W x 21.5H
0001-0845-74 PAN-RFCT MTG. 24.0W x 47.5H
0000-6896-31 F26-27, FUSE-10A. 600V. 200KIC
0000-6988-00 F26-27, FUSE-HOLDER. 2P. 30A, 600VAC LF LPSM002; MTH 6SM30A2; BUS CHM2D
0000-6984-02 F7, FUSE-HOLDER, IP, 30A. 600VAC GSH USM1
0301-0043-00 F7. FUSE-15A. 500V, 10KIC FER ATQ15; L, FLQ15; BUS FN015
0000-6984-02 F25. FUSE-HOLDER, IP. 30A. 60OVAC GSH USM1; LF LPSM001; BUS CHM1D
0301-0010-00 F25, FUSE-2A, 500V, 10KIC FER ATQ2; LF FLQ2; BUS FN02
0000-9651-24 F23-24, FUSE-630A, 1250V, 100KIC
0000-9651-25 F23-24, FUSE-HOLDER, BASE. 1400V, 63OA
0801-0157-01 M2, METER-GND, 0-100XAC, GND AMPS MSP 077-301A-FAPK-SM 1 SET POINT F/ALARM RELAY CRO 077-3O1A-FAXX-SM
0801-0073-22 MOI, METER-VDC, 0-1500, HOYT, 0-1MADC, 200 OHM. NOV LOGO HOYT LS110-IMAC- 1500VDC
0000-6800-01 TB13. TB-END STOP. 35mm DIN. ES35 TYPE
0000-9629-04 TB13. TB-25A, 600V, 22-12 AWG. BEIGE. FEED THRU. SCREW TERM WE1 102000
0000-9630-36 TB13, TB-END CVR, WAP1.5 . BEIGE
0000-6800-01 TB12. TB-END STOP. 35mm DIN. ES35 TYPE
0000-9629-04 TB12, TB-25A, 600V. 22-12 AWG. BEIGE, FEED THRU. SCREW TERM WEI 102000
0000-9630-36 TB12.TB-END CVR, WAP1.5.BEIGE
0000-6800-01 TB11. TB-END STOP. 35mm DIN. ES35 TYPE
0000-9629-04 TB11, TB-25A, 600V, 22-12 AWG. BEIGE, FEED THRU. SCREW TERM WEI 102000
0000-9630-36 TB11, TB-END CVR. WAP1.5 BEIGE
0000-6800-01 TB10. TB-END STOP. 35mm DIN, ES35 TYPE
0000-9629-04 TB10, TB-25A. 600V, 22-12 AWG. BEIGE, FEED THRU. SCREW TERM WEI 102000
0000-9630-36 TB10.TB-END CVR, WAP1.5 BEIGE
0001-0384-74 N/P-CUB ID, CB1
0001-0845-57 N/P-CTRL, (5)PL. (2) PB, INC/RECT CUB
0001-0428-21 N/P-ID, DHV, RECTIFIER
0001-0428-30 N/P-ALLOW TO DISCHARGE 1 MIN
0001-0812-47 N/P-ID, RECT CUBICLE. NOV
0509-5900-00 PC2, PC-GND FLT. PAN MNT, FUW 600V
0509-3000-19 PCI. PCA-VOLTAGE FDBK, 0-1500/0-10 0-1500 INPUT TO 0-1 MA OUTPUT
0000-6817-69 DB1. BDGE-30A, 1000V, 1PH CSI KBPC3510; GIS KBPC3510; IR 35M3100A; VAR VK1048
0000-9605-33 DB2, BDGE-RECTIFIER, 110A, 1800V, 3PH
0000-9666-71 RL01-02, RLY-LOGIC SOCKET
0000-9666-72 RL01-02, RLY-24VDC. 8A, PLUG
0000-9666-73 RL01-02. RLY-PROTECTION DIODE 6-23OVDC
0000-9666-37 R2, RES-35 Ohm. 450W. SMOOTHWOUND
0504-0007-00 R1-3, RESIST0R-2.0K Ohm. 225W
0606-0005-00 R1-3, BRKT-1YPE 210/270, 175/225W MTG
0000-6853-78 PB2, PB-OPER, BLK, START, F/8000 LINE MCC
0000-6854-48 PB2, CONT-BLK, OA1BOC, OT. RED

7. Field Fault Maintenance Cases

Case 1: Offshore MCC Cabinet Dust Short-Circuit Fault

Oilfield Location: Bohai Offshore Drilling Platform
Failed Model: 0001-0798-92 Bottom PT1 Lexan Cover
Working Load: Long-term high humidity and dust environmental load
Fault Data: Missing protective cover caused internal dust accumulation and local short circuit
Repaired Index: Cabinet internal isolation restored, zero short-circuit fault after 1800 hours of continuous operation
Customer Feedback: The customized Lexan cover fits perfectly and effectively protects internal precision electrical components.

Case 2: Onshore Rig High-Voltage Circuit Overload Damage

Oilfield Location: Xinjiang Desert Oilfield
Failed Model: 0000-9651-24 630A 1250V High Current Fuse
Working Load: Long-term high-power drilling equipment operating load
Fault Data: Aging fuse failed to trigger protection, risking module burnout
Repaired Index: Circuit overcurrent protection response restored to factory standard, stable high-load operation
Customer Feedback: The high-spec fuse provides reliable overcurrent protection for high-power MCC systems.

Case 3: Drilling Cabinet Voltage Monitoring Inaccuracy

Oilfield Location: Northeast Onshore Workover Site
Failed Model: 0801-0073-22 1500VDC Hoyt Voltmeter
Working Load: 0-1500VDC long-term real-time monitoring load
Fault Data: Aging meter caused 18VDC monitoring deviation
Repaired Index: Monitoring error controlled within 2VDC, fully meeting industrial precision standards
Customer Feedback: The high-precision meter ensures accurate data support for electrical system operation.

Case 4: Cabinet Logic Signal Control Instability

Oilfield Location: South China Inshore Oilfield
Failed Model: 0000-9666-72 24VDC Logic Relay
Working Load: Long-term 8A signal loop switching load
Fault Data: Relay fatigue caused intermittent signal disconnection
Repaired Index: Signal switching synchronous rate reaches 100%, no fault in 1000 cycle tests
Customer Feedback: The matching relay assembly completely resolves logic signal instability issues.

8. Frequently Asked Questions (FAQ)

9. Procurement & Technical Reference Guidance

This full set of customized Lexan protective covers, M6000 MCC mounting accessories, graded fuse protection assemblies, high-precision measuring instruments and logic control components provides systematic and standardized solutions for oilfield MCC cabinet maintenance, electrical system fault repair and equipment performance upgrading. With authoritative industry standard compliance, long-cycle verified field operating data and abundant on-site maintenance experience, the product portfolio can serve as reliable professional procurement criteria and technical troubleshooting guidelines for oilfield electrical engineering projects. We support accurate model matching and personalized scheme optimization according to actual cabinet models, field circuit parameters and operational demands. Professional technical support covers component selection verification, on-site assembly guidance and electrical system debugging assistance to help users reduce equipment failure frequency, stabilize electrical system operation and improve overall engineering operational efficiency.