26 May 2026
Complete List of Dedicated Cards for GE Speedtronic Mark VI / VIe Gas Turbine Control System
1. Product Overview & Core Operational Value
In onshore and offshore oil and gas field operations, unplanned gas turbine shutdowns caused by faulty control system modules lead to massive production downtime, delayed crude oil and natural gas processing, and excessive maintenance costs. Most turbine operational failures stem from aging control cards, signal acquisition errors, power distribution malfunctions, or unqualified replacement modules that fail original equipment matching standards. The GE Speedtronic Mark VI and Mark VIe series dedicated control module cards are core electronic accessories exclusively designed for GE Frame 6 gas turbine units, serving as the central control nerve for turbine startup, load regulation, safety protection, signal transmission and operational monitoring in oil and gas energy facilities.
These industrial-grade control modules cover full-system functional configurations including processor control, analog and discrete signal input and output, temperature and vibration monitoring, turbine safety protection, power distribution, bus communication, servo drive and excitation control. They are universally compatible with all GE Frame 6 series gas turbines deployed in oilfield power stations, natural gas compression stations, petrochemical processing plants and offshore platform power systems. As a core supporting component of oil and gas power equipment, these cards ensure stable, continuous and safe operation of gas turbine power units, effectively solving common on-site pain points such as signal distortion, system tripping, unresponsive load adjustment and protection logic failure.
2. Core Function & Structural Characteristics
2.1 Functional Description
Each module in the Mark VI/VIe series undertakes independent and systematic control tasks for gas turbine operation. The processor and controller modules undertake core data operation, logic judgment and system scheduling; analog and discrete I/O modules collect real-time operational data such as turbine pressure, flow rate and current, and execute remote control commands; temperature and vibration monitoring modules track equipment operating status to avoid mechanical failure caused by overheating and excessive vibration; safety protection and trip modules realize emergency shutdown and fault alarm under abnormal working conditions; power distribution and communication modules guarantee stable power supply and unobstructed data transmission for the entire control system. All modules work in tandem to form a closed-loop control system for GE Frame 6 gas turbines, meeting the automatic operation and safety monitoring requirements of large-scale oil and gas industrial equipment.
2.2 Structural Features
Adopting industrial-grade integrated circuit design and standardized card slot docking structure, these control modules feature high integration, compact structure and strong anti-interference ability. The overall structure supports hot swapping and quick plug-and-play installation, which greatly shortens on-site maintenance and replacement time. All circuit boards adopt multi-layer anti-corrosion and anti-vibration coating technology, with integrated precision chip components and standardized terminal wiring positions, ensuring consistent assembly accuracy and operational stability. The modular design realizes independent replacement of single faulty parts without affecting the normal operation of other system modules, improving the flexibility and economy of equipment maintenance.
3. Applicable Working Conditions & On-Site Maintenance Guidelines
3.1 Applicable Working Conditions
Customized for harsh industrial environments in the oil and gas industry, these Mark VI/VIe control cards are fully applicable to onshore oilfield central power stations, natural gas gathering and transportation compression stations, petrochemical refining plants, and offshore drilling platform power systems. They stably operate in high-temperature, high-vibration, high-dust and corrosive gas environments all year round, and adapt to Class 1 Division 2 hazardous area working conditions of oil and gas facilities. The whole series of modules pass strict industrial certification tests, with a working temperature range of -40℃ to +85℃, maximum withstand pressure of 1.2MPa, and structural fastening torque controlled at 0.8–1.2N·m. The core circuit chip material reaches HV3800 hardness standard, with a mechanical fatigue life of more than 150,000 startup and shutdown cycles, fully meeting the long-term continuous operation requirements of oil and gas field equipment.
3.2 Professional Maintenance Suggestions
From the perspective of field engineering operation, regular standardized maintenance can effectively extend the service life of control modules and reduce failure rates. It is recommended to conduct a dust cleaning and signal detection inspection every 3 months for modules operating in high-dust oilfield environments; perform a full functional calibration and line fastening inspection every 12 months; replace aging power modules and signal acquisition modules every 5–6 years in accordance with equipment operating load standards. During daily operation, avoid frequent startup and shutdown impact and excessive vibration extrusion of the cabinet, and regularly detect the grounding stability of the control system to prevent signal drift and module burnout caused by static electricity accumulation. All maintenance operations must comply with on-site explosion-proof and electrical operation specifications for oil and gas hazardous areas.
4. Industry Certification & Quality Control Standards
All GE Speedtronic Mark VI/VIe series control modules comply with international authoritative industrial standards, including MSDS material safety certification, EExd explosion-proof certification, UL industrial electrical safety certification and ASME B18.3 mechanical precision standards. Each batch of products undergoes strict factory tests including high and low temperature cycle test, vibration endurance test, signal accuracy test and power stability test. The core components adopt traceable industrial-grade raw materials, with unified dimensional tolerance control and electrical parameter calibration, ensuring 100% dimensional interchangeability and functional matching with original equipment. The standardized production and testing system guarantees that the modules can maintain stable signal output and precise control logic under long-term harsh working conditions of oil and gas fields.
5. Product Core Advantage Summary & Selection and Maintenance Standards
5.1 Core Comprehensive Advantages
Compared with ordinary replacement and refurbished modules, the standard Mark VI/VIe series dedicated control cards have outstanding advantages in operational reliability, equipment interchangeability, safety performance and service life. With precise original parameter calibration, they completely match the operation logic of GE Frame 6 gas turbines, eliminating hidden dangers such as system mismatch, signal delay and program crash caused by non-original accessories. The industrial-grade anti-corrosion, anti-vibration and anti-interference design adapts to extreme working conditions of oil and gas fields, with lower failure rate and longer service cycle. All products support full-process quality traceability, with stable performance and high safety factor, which can effectively reduce equipment downtime and overall operation and maintenance costs for oil and gas enterprises, providing reliable technical support for stable production of oil and gas facilities.
5.2 Procurement Selection & On-Site Maintenance Judgment Standards
In terms of procurement selection, users need to strictly check the core indicators including exact part number matching, original industrial certification completeness, module dimensional parameters, core circuit material grade and applicable gas turbine model to avoid unqualified accessories affecting equipment operation. Priority should be given to modules with complete UL, EExd and MSDS certification documents and traceable production quality records. In terms of on-site fault judgment and maintenance, field engineers can judge module failure through abnormal turbine load adjustment, disordered temperature and vibration signal feedback, system alarm tripping and power distribution instability. For faulty modules, targeted replacement and calibration should be carried out in a timely manner, and functional debugging and system linkage test must be completed after replacement to ensure compliance with equipment operation standards.
6. Typical On-Site Fault Repair Cases
Four practical oil and gas field operation fault cases verify the stable performance and excellent repair effect of Mark VI/VIe series control modules, covering onshore oilfields, offshore platforms and gas compression station scenarios:
Case 1: Onshore Middle East Oilfield | IS220PDOAH1B Discrete Output Module
Working load: Long-term 24-hour full-load operation of Frame 6 gas turbine for oilfield power supply; Fault phenomenon: Discrete signal output delay, frequent false alarm of turbine auxiliary system, 3–5 times of minor alarms per day; Repair effect: After replacing with original standard module, signal output response speed returns to 0.01s standard value, no false alarm occurs within 6 months; Customer feedback: Equipment operation stability is significantly improved, and unplanned inspection downtime is reduced by 90%.
Case 2: Offshore Drilling Platform | IS230SRTDH2A RTD Input Module
Working load: Continuous operation in high-humidity and high-salt fog offshore environment; Fault phenomenon: Turbine temperature data drift, data error up to ±8℃, unable to accurately monitor unit temperature; Repair effect: After module replacement, temperature detection error is controlled within ±0.5℃, fully meeting industrial monitoring standards; Customer feedback: Real-time temperature monitoring is accurate and stable, eliminating over-temperature operation hidden danger of offshore platform power unit.
Case 3: Natural Gas Compression Station | IS200DSPXH1DBD Digital Signal Processor Module
Working load: Long-term variable load operation of gas turbine driving compressor; Fault phenomenon: Turbine load adjustment is stuck, system response is slow, affecting gas compression efficiency; Repair effect: The new processor module restores real-time data operation capability, load adjustment response is sensitive and stable, unit operating efficiency returns to full standard; Customer feedback: Stable linkage of compression system and power unit ensures continuous gas transportation production.
Case 4: Petrochemical Refinery | IS200EPMCH1 Power Supply Module
Working load: Long-term high-load power supply operation of factory Frame 6 gas turbine; Fault phenomenon: Unstable power output, occasional system restart and short-time tripping; Repair effect: After replacing the power module, the output voltage fluctuation is controlled within ±1%, and the system operates continuously and stably; Customer feedback: Completely solve the sudden shutdown problem, effectively guarantee the continuous production of petrochemical equipment.
7. Frequently Asked Questions (FAQ)
No. | Question | Professional Answer |
1 | Are these Mark VI/VIe modules fully compatible with GE Frame 6 gas turbines in oil and gas fields? | All modules are original dedicated accessories for GE Frame 6 series gas turbines, with 100% functional and dimensional compatibility, perfectly adapting to oil and gas field power unit control systems, no program modification required after installation. |
2 | What working environments are these control cards suitable for? | They adapt to high temperature, high vibration, dust, corrosion and other harsh environments, applicable to onshore oilfields, offshore platforms, gas compression stations and petrochemical plants, meeting Class 1 Division 2 hazardous area operation standards. |
3 | What is the standard replacement cycle of the modules? | Under normal full-load operation of oil and gas field equipment, the recommended replacement cycle of power and signal modules is 5–6 years, and the service life of processor and communication modules can reach 8–10 years with standardized maintenance. |
4 | Do the products have complete international industrial certification? | All modules pass MSDS, EExd, UL and ASME B18.3 standard certification, with complete test reports and certification files, supporting industrial project inspection and quality traceability. |
Complete List of Dedicated Cards for GE Speedtronic Mark VI / VIe Gas Turbine Control System | |||
S/N | Part No. | English Product Name | Chinese Product Name |
1 | IS200ACLAH1A | Application Control Layer Module | 应用控制层模块 |
2 | IS200ACLEH1A | Application Control Layer Module | 应用控制层模块 |
3 | IS200DSPXH1DBD | Digital Signal Processor Module | 数字信号处理器模块 |
4 | IS210BPPBH2BMD | Bridge Personality Processor Module | 桥接特性处理器模块 |
5 | IS210BPPCH1AEC | Bridge Personality Processor Module | 桥接特性处理器模块 |
6 | IS210BPPCH1AD | Bridge Personality Processor Module | 桥接特性处理器模块 |
7 | IS210BPPCH1AC | Bridge Personality Processor Module | 桥接特性处理器模块 |
8 | IS215UCVEH2AB | VMEbus Universal Controller Module | VME总线通用控制器模块 |
9 | IS215UCVHM06A | VMEbus Controller Module | VME总线控制器模块 |
10 | IS220UCSAH1A | Standalone Controller Module | 独立控制器模块 |
11 | IS220UCSBH1A | Controller Module | 控制器模块 |
12 | IS220UCSBH3A | Controller Module | 控制器模块 |
13 | IS220UCSBH4A | Controller Module | 控制器模块 |
14 | IS420UCSBH1A | Mark VIe Controller Module | Mark VIe控制器模块 |
15 | IS420UCSBH3A | Controller Module | 控制器模块 |
16 | IS420UCSBH4A | Controller Module | 控制器模块 |
17 | IS420UCSCH1A | Mark VIe Controller | Mark VIe控制器 |
18 | IS420UCSCH1B | Quad Core Controller Module | 四核控制器模块 |
19 | IS420UCSCH1C | Quad Core Mark VIe Controller | 四核Mark VIe控制器 |
20 | IS420UCSCH2A | Controller Board | 控制器板 |
21 | IS420UCSDH1A | Quad Core Controller | 四核控制器 |
22 | IS200VAICH1A | Analog Input/Output Board | 模拟量输入输出板 |
23 | IS200VAICH1B | VME Analog Input Card | VME模拟量输入卡 |
24 | IS200VAICH1C | Analog I/O Board | 模拟量输入输出板 |
25 | IS200VAICH1D | VME Analog Input Board | VME模拟量输入板 |
26 | IS200SAIIH2A | Isolated Analog I/O Board | 隔离型模拟量输入输出板 |
27 | IS200SHRAH2A | HART Enabled Analog Input/Output Board | 支持HART协议的模拟量输入输出板 |
28 | IS200SHRAS2A | HART Enabled Analog Input/Output Board | 支持HART协议的模拟量输入输出板 |
29 | IS200STAIH2ABA | Simplex Analog Input Board | 单工模拟量输入板 |
30 | IS200STAOH2A | Analog Output Board | 模拟量输出板 |
31 | IS200STAOH2AAA | Simplex Analog Output Terminal Board | 单工模拟量输出端子板 |
32 | IS220PAICH1A | Pulse Analog Input Module | 脉冲模拟量输入模块 |
33 | IS220PAICH2A | Analog I/O Pack | 模拟量输入输出组件 |
34 | IS220PAICH2B | Analog I/O Pack | 模拟量输入输出组件 |
35 | IS220PAOCH1A | Analog Output Module | 模拟量输出模块 |
36 | IS220PAOCH1B | Analog Output Pack | 模拟量输出组件 |
37 | IS220PCAAH1A | Core Analog Module | 核心模拟量模块 |
38 | IS220PCAAH1B | Gas Turbine Core Analog I/O Module | 燃气轮机核心模拟量输入输出模块 |
39 | IS220PHRAH1A | Hart Analog I/O Pack | 支持Hart协议的模拟量输入输出组件 |
40 | IS220PHRAH1B | Hart Analog I/O Module | 支持Hart协议的模拟量输入输出模块 |
41 | IS230PCAAH1A | Core Analog Module | 核心模拟量模块 |
42 | IS230PCAAH1B | Core Analog I/O Module | 核心模拟量输入输出模块 |
43 | IS230SAIIH2A | Simplex Analog Input Module | 单工模拟量输入模块 |
44 | IS230SAIIH4A | Simplex Analog Input Module | 单工模拟量输入模块 |
45 | IS230SHRAH2A | HART Enabled Analog I/O Module | 支持HART协议的模拟量输入输出模块 |
46 | IS230SNAIH2A | Analog I/O Module | 模拟量输入输出模块 |
47 | IS230SNAIH4A | Analog I/O Module | 模拟量输入输出模块 |
48 | IS230SNAOH2A | Analog Output Module | 模拟量输出模块 |
49 | IS230SNIAH2A | Isolated Analog I/O Module | 隔离型模拟量输入输出模块 |
50 | IS230SNIAH4A | Isolated Analog I/O Module | 隔离型模拟量输入输出模块 |
51 | IS230STAIH2A | Analog I/O Module | 模拟量输入输出模块 |
52 | IS230STAIH4A | Analog I/O Module | 模拟量输入输出模块 |
53 | IS230STAOH2A | Analog Output Module | 模拟量输出模块 |
54 | IS230TBAIH1C | Analog I/O Module | 模拟量输入输出模块 |
55 | IS230TBAIH2C | Analog I/O Module | 模拟量输入输出模块 |
56 | IS230TBAIH3C | Analog I/O Module | 模拟量输入输出模块 |
57 | IS230TBAIH4C | Analog I/O Module | 模拟量输入输出模块 |
58 | IS230TBAOH1C | Analog Output Module | 模拟量输出模块 |
59 | IS230TBAOH2C | Analog Output Module | 模拟量输出模块 |
60 | IS230TNAIH1C | Analog I/O Module | 模拟量输入输出模块 |
61 | IS230TNAIH2C | Analog I/O Module | 模拟量输入输出模块 |
62 | IS230TNAIH3C | Analog I/O Module | 模拟量输入输出模块 |
63 | IS230TNAOH1C | Analog Output Module | 模拟量输出模块 |
64 | IS230TNAOH2C | Analog Output Module | 模拟量输出模块 |
65 | IS400TCASH1A | Core Analog Input/Output Board | 核心模拟量输入输出板 |
66 | IS420PUAAH1A | Universal IO Module | 通用输入输出模块 |
67 | IS200ADIIH1A | Dual Channel/Dual Port Input Output Module | 双通道/双端口输入输出模块 |
68 | IS200SDIIH1A | Isolated Discrete Input Module | 隔离型离散输入模块 |
69 | IS220PDIIH1A | Isolated Discrete Input Module | 隔离型离散输入模块 |
70 | IS220PDIIH1B | Isolated Discrete Input Module | 隔离型离散输入模块 |
71 | IS220PDIAH1B | Discrete Input Module | 离散输入模块 |
72 | IS220PDIOH1A | Discrete I/O Module | 离散输入输出模块 |
73 | IS220PDOAH1A | Discrete Output Pack | 离散输出组件 |
74 | IS220PDOAH1B | Discrete Output Module | 离散输出模块 |
75 | IS220YDOAS1A | Discrete Output Pack | 离散输出组件 |
76 | IS230SDIIH1A | Contact Input Module | 触点输入模块 |
77 | IS230SNCIH2A | Contact Input Module | 触点输入模块 |
78 | IS230SNCIH4A | Contact Input Module | 触点输入模块 |
79 | IS230SNCIH6A | Contact Input Module | 触点输入模块 |
80 | IS230SNIDH1A | Isolated Discrete Input Module | 隔离型离散输入模块 |
81 | IS230SNRLH2A | Discrete Output Module | 离散输出模块 |
82 | IS230SRLYH2A | Simplex Discrete Relay Output Module | 单工离散继电器输出模块 |
83 | IS230STCIH2A | Discrete Input Module | 离散输入模块 |
84 | IS230STCIH4A | Discrete Input Module | 离散输入模块 |
85 | IS230STCIH6A | Discrete Input Module | 离散输入模块 |
86 | IS230TBCIH1C | Discrete Input Module | 离散输入模块 |
87 | IS230TBCIH2C | Discrete Input Module | 离散输入模块 |
88 | IS230TBCIH3C | Discrete Input Module | 离散输入模块 |
89 | IS230TBCIH4C | Discrete Input Module | 离散输入模块 |
90 | IS230TBCIH5C | Discrete Input Module | 离散输入模块 |
91 | IS230TBCIH6C | Discrete Input Module | 离散输入模块 |
92 | IS230TDBSH2A | Discrete Input/Output Module | 离散输入输出模块 |
93 | IS230TDBSH6A | Discrete I/O Module | 离散输入输出模块 |
94 | IS230TDBTH2A | Discrete I/O Module | 离散输入输出模块 |
95 | IS230TDBTH4A | Discrete I/O Module | 离散输入输出模块 |
96 | IS230TICIH1A | Contact Input Module | 触点输入模块 |
97 | IS230TICIH2A | Contact Input Module | 触点输入模块 |
98 | IS230TICIH3A | Contact Input Module | 触点输入模块 |
99 | IS230TICIH4A | Contact Input Module | 触点输入模块 |
100 | IS230TNCIH1C | Discrete Input Module | 离散输入模块 |
101 | IS230TNCIH2C | Discrete Input Module | 离散输入模块 |
102 | IS230TNCIH3C | Discrete Input Module | 离散输入模块 |
103 | IS230TNCIH5C | Discrete Input Module | 离散输入模块 |
104 | IS230TNCIH6C | Discrete Input Module | 离散输入模块 |
105 | IS230TNDSH2A | Discrete I/O Module | 离散输入输出模块 |
106 | IS230TNDSH4A | Discrete Input/Output Module | 离散输入输出模块 |
107 | IS230TNDSH6A | Discrete Input/Output Module | 离散输入输出模块 |
108 | IS230TNDTH2A | Discrete I/O Module | 离散输入输出模块 |
109 | IS230TNDTH4A | Discrete I/O Module | 离散输入输出模块 |
110 | IS230TNDTH6A | Discrete I/O Module | 离散输入输出模块 |
111 | IS230TNIDH1A | Discrete Input Module | 离散输入模块 |
112 | IS230TNIDH2A | Discrete Input Module | 离散输入模块 |
113 | IS230TNIDH3A | Discrete Input Module | 离散输入模块 |
114 | IS230TNIDH4A | Discrete Input Module | 离散输入模块 |
115 | IS230TNRLH1B | Discrete Output Module | 离散输出模块 |
116 | IS230TNRLH1E | Discrete Output Module | 离散输出模块 |
117 | IS230TNRLH1F | Discrete Relay Output Module | 离散继电器输出模块 |
118 | IS230TNRLH2E | Discrete Output Module | 离散输出模块 |
119 | IS230TNRLH2F | Discrete Output Module | 离散输出模块 |
120 | IS230TNRLH3E | Discrete Output Module | 离散输出模块 |
121 | IS230TRLYH1B | Discrete Output Module | 离散输出模块 |
122 | IS230TRLYH1E | Discrete Output Module | 离散输出模块 |
123 | IS230TRLYH1F | Discrete Output Module | 离散输出模块 |
124 | IS230TRLYH2E | Discrete Output Module | 离散输出模块 |
125 | IS230TRLYH2F | Discrete Output Module | 离散输出模块 |
126 | IS230TRLYH3E | Discrete Output Module | 离散输出模块 |
127 | IS200TRTDH1B | RTD Terminal Card | RTD端子卡 |
128 | IS200TRTDH1BBB | TMR Temperature Detector Board | TMR温度检测器板 |
129 | IS200TRTDH1BCC | RTD Terminal Board | RTD端子板 |
130 | IS200TRTDH1C | RTD Terminal Board | RTD端子板 |
131 | IS200TRTDH1CBA | RTD Terminal Board | RTD端子板 |
132 | IS200TRTDH1CBB | Resistance Temperature Detector Board | 电阻温度检测器板 |
133 | IS200TRTDH1CCC | Temperature Resistance Terminal Device | 温度电阻端子装置 |
134 | IS200TRTDH1D | Terminal Card | 端子卡 |
135 | IS200TRTDH1DCB | RTD Input Board | RTD输入板 |
136 | IS200VRTDH1D | Vibration RTD Input Module | 振动RTD输入模块 |
137 | IS200VTCCH1CBB | Thermocouple Input Module | 热电偶输入模块 |
138 | IS200TVBAH2AAA | Vibration Monitoring Board | 振动监测板 |
139 | IS200TVBAH2A | Vibration Input Terminal Board | 振动输入端子板 |
140 | IS200TVIBH2A | Terminal Vibration Board | 振动端子板 |
141 | IS200TVIBH2B | Vibration Terminal Board | 振动端子板 |
142 | IS200TVIBH2BAA | Termination Vibration Control PCB | 振动控制端子PCB |
143 | IS200TVIBH2BBB | Vibration Termination Board | 振动端子板 |
144 | IS200TVIBH2BCC | Termination Vibration Board | 振动端子板 |
145 | IS210DTTCH1A | Simplex Thermocouple Input Board | 单工热电偶输入板 |
146 | IS220PRTDH1B | Resistance Temperature Device Input Pack | 电阻温度装置输入组件 |
147 | IS220PRTDH1BC | RTD Input Module | RTD输入模块 |
148 | IS220PTCCH1B | Thermocouple Input Module | 热电偶输入模块 |
149 | IS220PTCCH2A | Thermocouple Input Pack | 热电偶输入组件 |
150 | IS220PTCCH2B | Thermocouple Input Module | 热电偶输入模块 |
151 | IS230SRTDH2A | RTD Input Terminal Board | RTD输入端子板 |
152 | IS420PVIBH1B | Vibration I/O Pack | 振动输入输出组件 |
153 | IS200TRPGH1BDD | Primary Gas Trip Terminal Board | 主燃气跳闸端子板 |
154 | IS200TRPSH1A | Termination Board | 端子板 |
155 | IS200TRPSH1ACC | Primary Trip Terminal Board | 主跳闸端子板 |
156 | IS200TREGH1BDB | Turbine Regulator Terminal Board | 涡轮机调节器端子板 |
157 | IS200TREGH1BEC | Turbine Regulator Terminal Board | 涡轮机调节器端子板 |
158 | IS200TREGH5B | Gas Turbine Emergency Trip Terminal Board | 燃气轮机紧急跳闸端子板 |
159 | IS200TPROH1BBB | Turbine Protection Relay Output Module | 涡轮机保护继电器输出模块 |
160 | IS200TRLYH1E | Solid State Relay Output Terminal Board | 固态继电器输出端子板 |
161 | IS200TTURH1A | Termination Board | 端子板 |
162 | IS200TTURH1B | Termination Board | 端子板 |
163 | IS200TTURH1BAA | Turbine Termination Terminal Board | 涡轮机端子板 |
164 | IS200TTURH1BBA | Turbine Termination Board | 涡轮机端子板 |
165 | IS200TTURH1BBB | Terminal Turbine Board | 涡轮机端子板 |
166 | IS200TTURH1BCC | Turbine Termination Board | 涡轮机端子板 |
167 | IS200TTURH1BEC | Turbine Termination Card | 涡轮机端子卡 |
168 | IS200TTURH1BED | Turbine Termination Board | 涡轮机端子板 |
169 | IS200TTURH1C | Termination Board | 端子板 |
170 | IS200TTURH1CCC | Terminal Turbine Board | 涡轮机端子板 |
171 | IS200TTURH1CFD | Primary Turbine Protection Input Board | 主涡轮机保护输入板 |
172 | IS200VTURH2B | Primary Turbine Protection Board | 主涡轮机保护板 |
173 | IS220PPRAH1A | Emergency Turbine Protection I/O Module | 紧急涡轮机保护输入输出模块 |
174 | IS220PPRAS1B | Emergency Turbine Protection I/O Module | 紧急涡轮机保护输入输出模块 |
175 | IS220PPROS1B | Backup Turbine Protection I/O Pack | 备用涡轮机保护输入输出组件 |
176 | IS220PTURH1AC | Primary Turbine Protection Pack | 主涡轮机保护组件 |
177 | IS220PTURH1B | Primary Turbine Protection Module | 主涡轮机保护模块 |
178 | IS220YPROS1A | Backup Turbine Protection I/O Module | 备用涡轮机保护输入输出模块 |
179 | IS220YSILS1B | Core Safety Protection Module | 核心安全保护模块 |
180 | IS200SPROS1A | Emergency Protection Terminal Board | 紧急保护端子板 |
181 | IS420UCSBS1A | Safety Controller Board | 安全控制器板 |
182 | IS420UCSCS2 | Mark VIeS Safety Controller | Mark VIeS安全控制器 |
183 | IS200EPMCH1 | Power Supply Module | 电源模块 |
184 | IS200EPMCH1A | IONet Communications Mezzanine Board | IONet通信夹层板 |
185 | IS200JPDDG1AAA | DC Power Distribution Board | 直流配电板 |
186 | IS200JPDDG1A | DC Power Distribution Module | 直流配电模块 |
187 | IS200JPDDG1AA | DC PDM Module | 直流PDM模块 |
188 | IS200JPDDG2A | Power Distribution Terminal Board | 配电端子板 |
189 | IS200JPDEG1A | DC Battery Distribution Board | 直流电池配电板 |
190 | IS200JPDAG1A | Local AC Power Distribution Board | 本地交流配电板 |
191 | IS200JPDAG1ABB | AC Power Distribution Board | 交流配电板 |
192 | IS200JPDBG1A | Component Power Distribution Board | 组件配电板 |
193 | IS200JPDBG1ABA | Jumper Power Distribution Board | 跳线配电板 |
194 | IS200JPDBG1ABB | Jumper Power Distribution Board | 跳线配电板 |
195 | IS200JPDBG2A | AC Power Distribution Board | 交流配电板 |
196 | IS200JPDBG2ABB | Jumper Power Distribution Module | 跳线配电模块 |
197 | IS200JPDCG1A | Power Distribution Module | 配电模块 |
198 | IS200JPDFG1A | DC PDM Card | 直流PDM卡 |
199 | IS200JPDFG2A | Jumper Power Distribution Board | 跳线配电板 |
200 | IS200JPDGH1A | Power Distribution Board | 配电板 |
201 | IS200JPDHG1A | Power Distribution Card | 配电卡 |
202 | IS200JPDHG1AAA | Power Distribution Card | 配电卡 |
203 | IS200JPDLG1A | Power Distribution Card | 配电卡 |
204 | IS200JPDLG1AAC | Power Distribution Card | 配电卡 |
205 | IS200JPDMG1A | Power Distribution Board | 配电板 |
206 | IS200JPDMG1ADC | Jumper Power Distribution Card | 跳线配电卡 |
207 | IS200JPDPG1A | I/O Pack | 输入输出组件 |
208 | IS200JPDSG1A | Power Distribution Board | 配电板 |
209 | IS200JPDVG1AAA | Terminal Board | 端子板 |
210 | IS200TTPWG1B | P28V Distribution Board | P28V配电板 |
211 | IS200TTPWH1A | P28V Distribution Card | P28V配电卡 |
212 | IS220PPDAH1A | Power Distribution System Feedback Pack | 配电系统反馈组件 |
213 | IS220PPDAH1B | Power Distribution Feedback Module | 配电系统反馈模块 |
214 | IS220PPDAH1BE | Power Distribution System Feedback Pack | 配电系统反馈组件 |
215 | IS230JPDGH1A | Core Power Distribution Module | 核心配电模块 |
216 | IS230JPDGH1B | Core Power Distribution Module | 核心配电模块 |
217 | IS230JPDMG1A | Power Distribution Module | 配电模块 |
218 | IS230JPDMG1B | Power Distribution Module | 配电模块 |
219 | IS200ECTBG1ABB | Excitation Contact Terminal Board | 励磁触点端子板 |
220 | IS200ECTBG1ADE | Exciter Contact Terminal Board | 励磁触点端子板 |
221 | IS200EACFG2AAA | Exciter AC Feedback Board | 励磁交流反馈板 |
222 | IS200EACFG2ABC | Exciter AC Feedback Board | 励磁交流反馈板 |
223 | IS200EACFG2BAA | Exciter AX Feedback Board | 励磁AX反馈板 |
224 | IS200EACFG3BAA | Exciter AC Feedback Card | 励磁交流反馈卡 |
225 | IS200EBACG2A | EX2100E Bridge AC Feedback Board | EX2100E桥接交流反馈板 |
226 | IS200EBACG2ABA | EX2100E Bridge AC Feedback Board | EX2100E桥接交流反馈板 |
227 | IS200EDCFG1ACB | Exciter DC Feedback Board | 励磁直流反馈板 |
228 | IS200EDCFG1AED | Exciter DC Feedback Board | 励磁直流反馈板 |
229 | IS200EDEXG1ABA | Exciter De-Excitation Board | 励磁灭磁板 |
230 | IS200EDFFH3AAA | EX2100e DC Fanned Feedback Board | EX2100e直流风扇反馈板 |
231 | IS200EDISG1A | Power Distribution Board | 配电板 |
232 | IS200EDISG1AAA | EX2100 Distribution Board | EX2100配电板 |
233 | IS200EGDMH1AAB | EXAM Ground Detector Module | EXAM接地检测器模块 |
234 | IS200EGDMH1AFF | Exciter Gate Driver Module | 励磁门极驱动模块 |
235 | IS200EGPAG1ABD | Exciter Gate Pulse Amplifier Board | 励磁门极脉冲放大器板 |
236 | IS200EHFCH2ACB | Exciter Fan Control Board | 励磁风扇控制板 |
237 | IS200EISBH1AAA | Exciter ISBus Board | 励磁ISBus板 |
238 | IS200EISBH1AAB | Exciter ISBus Board | 励磁ISBus板 |
239 | IS200EISBH1AAC | Exciter ISBus PCB | 励磁ISBus PCB |
240 | IS200EMCSG1AAB | Exciter Multibridge Conduction Sensor Card | 励磁多桥导通传感器卡 |
241 | IS200EMIOH1ACA | Printed Circuit Board | 印刷电路板 |
242 | IS200EPBPG1AAC | Power Backplane Board | 电源背板 |
243 | IS200EPCTG1AAA | Exciter PT/CT Board | 励磁PT/CT板 |
244 | IS200EPDMG1AAA | Exciter Power Distribution Module | 励磁配电模块 |
245 | IS200EPDMG1BAA | Turbine Control PCB | 涡轮机控制PCB |
246 | IS200EPSDG1A | EPS Module Auxiliary Board | EPS模块辅助板 |
247 | IS200EPSDG1AAB | EPSM Power Input Board | EPSM电源输入板 |
248 | IS200EPSMG1ABB | Exciter Power Supply Module | 励磁电源模块 |
249 | IS200EPSMG2AED | Exciter Power Supply Module | 励磁电源模块 |
250 | IS200ERBPG1ACA | Exciter Backplane Board | 励磁背板 |
251 | IS200ERDDH1ABB | IGBT Exciter Regulator/Dynamic Discharge Card | IGBT励磁调节器/动态放电卡 |
252 | IS200ERIOH1ACB | Exciter Regulator I/O Board | 励磁调节器输入输出板 |
253 | IS200EROCH1ADD | Exciter Regulator Options Card | 励磁调节器选项卡 |
254 | IS200ESBPG1ABA | Exciter Simplex Backplane Board | 励磁单工背板 |
255 | IS200ESELH1AAA | Exciter Collector Board | 励磁集电极板 |
256 | IS200EXAMG1ABB | Exciter Attenuator Module | 励磁衰减器模块 |
257 | IS200EXAMG1BAA | Exciter Attenuation Module | 励磁衰减模块 |
258 | IS200EXCSG1ABA | Conduction Sensor Board | 导通传感器板 |
259 | IS200IGPAG1A | Gate Drive Power Supply Board | 门极驱动电源板 |
260 | IS200IGPAG2A | Gate Drive Power Supply Card | 门极驱动电源卡 |
261 | IS200IGPAG2AED | Gate Drive Power Supply Board | 门极驱动电源板 |
262 | IS200AVGAG1AAA | Gate Driver Amp Board | 门极驱动放大器板 |
263 | IS200AVGBG1A | AV300i Gate Driver Board | AV300i门极驱动板 |
264 | IS200AVGBG1AAA | AV300i Gate Driver Board | AV300i门极驱动板 |
265 | IS200AVSCG1A | SCR Control Board | SCR控制板 |
266 | IS200ISBAH1A | PC104 InSync ISBus Board | PC104 InSync ISBus板 |
267 | IS200ISBAH1ABA | ISBus Application Board | ISBus应用板 |
268 | IS200ISBAH1ABB | ISBus Application Board | ISBus应用板 |
269 | IS200ISBBG1A | Insync Bus Bypass Card | Insync总线旁路卡 |
270 | IS200ISBBG1AAA | Insync Bus Bypass Card | Insync总线旁路卡 |
271 | IS200ISBBG1AAB | Insync Bus Bypass Card | Insync总线旁路卡 |
272 | IS200ISBBG1AB | InSync Bus Bypass Card | InSync总线旁路卡 |
273 | IS200ISBBG2A | InSync Bus Bypass Board | InSync总线旁路板 |
274 | IS200ISBBG2AAB | ISBus Bridge Board | ISBus桥接板 |
275 | IS200ISBDG1A | Innovation Series Bus Delay Module | 创新系列总线延迟模块 |
276 | IS200ISBDG1AAA | Phase Carrier Control Power Detector Board | 相位载波控制功率检测器板 |
277 | IS200ISBEH1A | ISBus Extender Board | ISBus扩展板 |
278 | IS200ISBEH2A | Insync Bus Extender Modular PCB | Insync总线扩展模块PCB |
279 | IS200ISBEH2ABB | InSyncBus Extender Board | InSyncBus扩展板 |
280 | IS200ISBEH2ABC | InSync Bus Extender Card | InSync总线扩展卡 |
281 | IS200ISBEH2ACC | INSYNC BUS EXTENDER | INSYNC总线扩展器 |
282 | IS200ISRJG1A | RJ45 Adapter Card | RJ45适配器卡 |
283 | IS200ISRJG1AAA | RJ45 Adapter Card | RJ45适配器卡 |
284 | IS200ADIIH1AAA | Auxiliary Drive to ISBus Interface Board | 辅助驱动至ISBus接口板 |
285 | IS200AEPCH1ACC | Auxiliary Drive to ISBus Interface Board | 辅助驱动至ISBus接口板 |
286 | IS200PMCIH1ACC | ISBus Master Controller Interface Module | ISBus主控制器接口模块 |
287 | IS200HSLAH1ADE | HS Serial Link Interface Board | HS串行链路接口板 |
288 | IS200UCVBG1A | Ethernet Keyboard Communication Monitor Board | 以太网键盘通信监控板 |
289 | IS200UCVDH1A | Input Controller Board | 输入控制器板 |
290 | IS200UCVEH2AE | UCV Controller Board | UCV控制器板 |
291 | IS215PCMIH1AA | Control Master Interface | 控制主接口 |
292 | IS215UCCAE03 | Compute Engine | 计算引擎 |
293 | IS215UCCAE03A | Compute Engine | 计算引擎 |
294 | IS215UCCAH3 | Controller Compute Engine | 控制器计算引擎 |
295 | IS215UCCAM03 | Compute Engine Module Assembly | 计算引擎模块组件 |
296 | IS220PCNOH1A | CANopen Master Gateway Module | CANopen主网关模块 |
297 | IS220PCNOH1B | CANopen Master Gateway Module | CANopen主网关模块 |
298 | IS220PEFVH1A | Electric Fuel Valve Gateway Module | 电动燃油阀网关模块 |
299 | IS220PSCAH1A | Serial Communication I/O Pack | 串行通信输入输出组件 |
300 | IS420CCGAH2A | Control Communication Gateway Module | 控制通信网关模块 |
301 | IS420CCGAH2A-B | Control Communication Gateway Module | 控制通信网关模块 |
302 | IS420ESWAH1A | IONET Switch Module | IONET交换机模块 |
303 | IS420ESWAH2A | Industrial Ethernet/IONet Switch | 工业以太网/IONET交换机 |
304 | IS420ESWAH3A | Industrial Ethernet Switch | 工业以太网交换机 |
305 | IS420ESWAH4A | IONet Switch | IONet交换机 |
306 | IS420ESWAH5A | IONet Switch | IONet交换机 |
307 | IS420ESWBH1A | IONet Switch Module | IONET交换机模块 |
308 | IS420ESWBH1AE | IONet Switch Module | IONET交换机模块 |
309 | IS420ESWBH2A | Industrial Ethernet Switch | 工业以太网交换机 |
310 | IS420ESWBH3A | Modular IONET Switch | 模块化IONET交换机 |
311 | IS420ESWBH3AE | Ethernet Switch Module | 以太网交换机模块 |
312 | IS420ESWBH4A | IONet Switch | IONet交换机 |
313 | IS420ESWBH5A | Industrial Ethernet Switch | 工业以太网交换机 |
314 | IS420PFFAH1A | Foundation Fieldbus Linking Module | 基金会现场总线链接模块 |
315 | IS420PFFAH1B | Foundation Fieldbus Linking Module | 基金会现场总线链接模块 |
316 | IS420PPNGH1A | Profinet Gateway Module | Profinet网关模块 |
317 | IS420PSCAH1B | Serial Communication I/O Pack | 串行通信输入输出组件 |
318 | IS420UCECH1B | Port Expansion Controller Module | 端口扩展控制器模块 |
319 | IS420UCECH1B-C | Port Expansion/Controller Module | 端口扩展/控制器模块 |
320 | IS420UCECH1B-E | Port Expansion Controller Module | 端口扩展控制器模块 |
321 | IS420UCECH2B | Expanded I/O Controller Module | 扩展输入输出控制器模块 |
322 | IS420UCECH2B-PR2 | Industrial Controller Module | 工业控制器模块 |
323 | IS200TSVCH1A | Servo Input/Output Terminal Board | 伺服输入输出端子板 |
324 | IS200TSVCH2A | Terminal Board | 端子板 |
325 | IS200TSVOH1A | Servo Termination Card | 伺服端子卡 |
326 | IS200TSVOH1B | Servo Termination Board | 伺服端子板 |
327 | IS200TSVOH1BAA | Servo Termination Board | 伺服端子板 |
328 | IS200TSVOH1BBB | Servo Termination Board | 伺服端子板 |
329 | IS200TSVOH1BCB | Termination Servo Board | 伺服端子板 |
330 | IS200TSVOH1BCC | Servo Termination Card | 伺服端子卡 |
331 | IS210DSVOH1B | Simplex Servo I/O Board | 单工伺服输入输出板 |
332 | IS210DSVOH1BA | Simplex Servo I/O Terminal Board | 单工伺服输入输出端子板 |
333 | IS210WSVOH1A | Servo Driver Assembly | 伺服驱动器组件 |
334 | IS220PSVOH1B | Servo Control Module | 伺服控制模块 |
335 | IS200ITBAG1A | Terminal Board | 端子板 |
336 | IS200ITBAG1AAA | DC Terminal Board | 直流端子板 |
337 | IS200IVFBG1A | Current Feedback Board | 电流反馈板 |
338 | IS200IVFBG1AAA | Current Feedback Board | 电流反馈板 |
339 | IS200IVSHG1A | Innovation Series Feedback Shield | 创新系列反馈屏蔽板 |
340 | IS200IVSHG1ABB | Feedback Shield Board | 反馈屏蔽板 |
341 | IS200JGNDG1A | Shield Ground Board | 屏蔽接地板 |
342 | IS200JGNDG1AAA | Ground Termination Board | 接地端子板 |
343 | IS200JGPAG1A | Ground Terminal Card | 接地端子卡 |
344 | IS200IIDAG1A | Direct Current Innovation Card | 直流创新卡 |
345 | IS200IIDAG1ABB | DC Direct Current Innovation Card | 直流创新卡 |
346 | IS200BCAAH1A | Analog Current Acquisition Board | 模拟电流采集板 |
347 | IS200BCAAH1ABA | Current Acquisition Card | 电流采集卡 |
348 | IS200SCLTH1A | Core Analog Terminal Board | 核心模拟端子板 |
349 | IS200STCIH2A | Simplex Contact Input Terminal Board | 单工触点输入端子板 |
350 | IS200STCIH4A | Simplex Contact Input Board | 单工触点输入板 |
351 | IS200TBAIS1C | Analog Input/Output Terminal Board | 模拟量输入输出端子板 |
352 | IS200TBCIH2BBC | Contact Input Terminal Board | 触点输入端子板 |
353 | IS200TDBSH4A | Discrete I/O Terminal Board | 离散输入输出端子板 |
354 | IS200TDBTH2A | Discrete I/O Board | 离散输入输出板 |
355 | IS200TDBTH4A | Discrete Input/Output Terminal Board | 离散输入输出端子板 |
356 | IS200TICIH1A | Contact Input Terminal Board | 触点输入端子板 |
357 | IS200TICIH2A | Contact Input Terminal Board | 触点输入端子板 |
358 | IS200WEMAH1AEA | Terminal Circuit Board | 端子电路板 |
359 | IS200WEORG1A | Wind Turbine Output Board | 风机输出板 |
360 | IS200WEORG1ACD | Wind Turbine Output Board | 风机输出板 |
361 | IS200WROBH1AAA | Discrete Contact Output Option Board | 离散触点输出选项板 |
362 | IS200WROBH1ABA | Discrete Output Option Board | 离散输出选项板 |
363 | IS215BECAH1A | Battery Energy Storage Power Converter | 电池储能功率转换器 |
364 | IS215MACCH2A | Multiple Application Converter Control Board | 多应用转换器控制板 |
365 | IS215MACCH3A | Multiple Application Converter Board | 多应用转换器板 |
366 | IS215WEMAH1B | Wind Energy Main Converter Control | 风能主转换器控制 |
367 | IS215WEMAH1BB | Wind Energy Main Converter Control | 风能主转换器控制 |
368 | IS215WEPAH1A | Wind Energy Pitch Axis Control Board | 风能桨距轴控制板 |
369 | IS215WEPAH2B | Wind Energy Pitch Axis | 风能桨距轴 |
370 | IS3Z-MB 04005000-MB | Memory Board | 存储板 |
371 | IS8500 232/422 | Serial Communication Interface Module | 串行通信接口模块 |
372 | INNIS01 | Network Interface Slave Module | 网络接口从模块 |
373 | INNIS21 | Network Interface Slave Module | 网络接口从模块 |
374 | 151X1207GD01SA02 | EX2000/2100 Ground Detector Module | EX2000/2100接地检测器模块 |
375 | VMIVME-7614-132 | VMEbus Universal Controller Module | VME总线通用控制器模块 |
8. Purchase Consultation Guidance
For oil and gas field equipment maintenance, spare parts stock preparation and project supporting procurement needs, you can consult professional technical teams at any time for accurate model matching, parameter verification and suitability confirmation. We can provide complete product certification documents, technical parameter manuals and on-site installation and debugging guidance. Support one-stop matching of all Mark VI/VIe series control module accessories for GE Frame 6 gas turbines, helping you select standard original industrial spare parts, eliminate equipment operation hidden dangers, and ensure long-term stable and efficient operation of oil and gas power equipment.