The Cameron AAP3798102-00130 Operator Panel (UIM, User Interface Module) is a high-reliability human-machine interaction unit specifically designed for heavy industrial equipment in industries such as oil and gas, energy, and chemical engineering. It is highly compatible with core equipment under Cameron, including wellhead control panels, valve actuators, and pressure control systems. Serving as the "direct communication window" between the equipment and operators, this panel integrates four core functions: high-definition display, tactile physical buttons, real-time status feedback, and local parameter configuration. It enables the visualization of equipment operation data, accurate input of operation instructions, and rapid response to fault alarms, ensuring efficient and safe operation under complex working conditions in industrial sites.

It adopts a reinforced housing design with explosion-proof, dust-proof, and waterproof features (complying with the IP65 protection rating) and has obtained certifications for hazardous areas such as ATEX and IECEx. It can work stably in environments with a wide temperature range of -30℃ to +70℃, high vibration, strong electromagnetic interference, and explosive conditions. It is a key component for ensuring equipment controllability and operation & maintenance efficiency in extreme industrial scenarios.

Core Features and Advantages1. Industrial-Grade Human-Machine Interaction ExperienceHigh-Definition Display and Data Visualization Equipped with a 5.7-inch TFT color LCD screen (resolution: 320×240) that supports high-contrast display, ensuring clear visibility even in strong or low light environments. It can real-time present key equipment data such as pressure, temperature, valve opening, and operation mode, and supports three display modes: numerical value, curve, and icon. The data update frequency is ≤1 second. Durable Physical Buttons Adopts 16 function buttons + 4 navigation buttons made of metal tactile material, with a button lifespan of ＞1 million presses. It features waterproof and oil-proof design, suitable for glove-operated scenarios in industrial sites. The buttons provide clear feedback, with a false touch rate of less than 0.1%, ensuring accurate input of operation instructions. Customizable Interface and Quick Operations Supports user-customizable display interface (e.g., pinning frequently used parameters to the top, prioritizing fault alarm pop-ups) and allows setting of 8 groups of quick operation buttons (e.g., "Emergency Shutdown", "Manual/Auto Switch"), reducing operation steps and improving emergency response efficiency. Multi-Language Support Built-in with 10 commonly used industrial languages including Chinese, English, Spanish, and Russian. Language switching can be quickly done via buttons, adapting to operation and maintenance needs in different regions around the world.2. High Reliability and Environmental AdaptabilityExplosion-Proof and Protective Design The housing is made of cast aluminum alloy with anti-corrosion treatment on the surface, reaching IP65 protection rating, which is fully dust-proof and protected against water jets. It has obtained ATEX II 2G Ex d IIC T4 Ga and IECEx Ex d IIC T4 Ga certifications, suitable for hazardous environments such as oil and gas wellheads and chemical explosion-proof areas. Wide Temperature Range and Resistance to Harsh Environments Adopts wide-temperature components that can work within the range of -30℃ to +70℃. The LCD screen supports low-temperature startup (can be directly lit at -30℃ without preheating) and has no screen afterimage or color distortion at high temperatures. The PCB board is coated with conformal coating (complying with IPC-CC-830 standard), featuring moisture-proof, salt-fog-proof, and mildew-proof capabilities, adapting to extreme scenarios such as coastal areas and deserts. Vibration and Shock Resistance Complies with IEC 60068-2-6 (vibration: 5Hz~150Hz, 2g acceleration) and IEC 60068-2-27 (shock: 18ms, 30g acceleration) standards. It can be installed in high-vibration occasions such as drilling platforms and oil production equipment, with no issues of button loosening or screen damage during long-term operation. Strong Electromagnetic Compatibility (EMC) Passed EN 61000-6-2 (industrial environment immunity) and EN 61000-6-3 (emission, Class B) tests. The display and operation functions remain normal even when high-voltage equipment is started/stopped or in radio frequency interference environments.3. Comprehensive Equipment Monitoring and DiagnosisReal-Time Status Monitoring Supports collecting 8 channels of analog signals (e.g., pressure: 0-10V DC, temperature: 4-20mA) and 16 channels of digital signals (e.g., valve on/off status, fault contacts). It can real-time monitor the equipment operation status and trigger audible and visual alarms (built-in buzzer + red alarm light) when abnormalities occur. Fault Diagnosis and Recording Built-in fault diagnosis module that can identify over 20 types of common faults such as equipment overpressure, overtemperature, sensor failure, and communication interruption. It automatically records the fault occurrence time, fault code, and operating parameters at that time (storage capacity: ≥1000 fault records). Data can be exported via buttons or communication interfaces, facilitating accident tracing. Local Parameter Configuration Equipment operating parameters (e.g., pressure threshold, valve action time, alarm sensitivity) can be directly set via the panel buttons without connecting to a computer. Parameter modification requires password verification (3-level permission management: Operator, Maintainer, Administrator) to prevent unauthorized operations.4. Flexible Communication and System IntegrationMulti-Protocol Communication Support Integrated with 1 RS485 port (supports Modbus RTU protocol) and 1 CAN bus (adapts to Cameron equipment-specific communication protocol), enabling seamless connection with wellhead control panels, PLCs, and SCADA systems, and realizing the dual control mode of "local operation + remote monitoring". The maximum communication distance supports 1200m (RS485, shielded twisted pair). In-Depth Adaptation to Cameron Equipment No additional adaptation modules are required; it can be directly connected to Cameron equipment such as wellhead emergency shutdown systems (ESD), intelligent valve positioners, and pressure transmitters. It automatically identifies equipment models and parameters, shortening the system integration cycle. Expansion Interface Reserves 1 USB 2.0 interface (hidden design to prevent false touch), which is used for firmware upgrade, fault data export, and parameter backup/restore, supporting plug-and-play of USB flash drives.

Technical Specifications

Application Scenarios

With its explosion-proof, durable, and highly adaptable features, the Cameron AAP3798102-00130 Operator Panel (UIM) is widely used in the oil and gas industry as well as heavy industrial fields:

• Oil and Gas Wellheads: Serves as the local operation and status monitoring unit for wellhead control panels. It real-time displays wellhead pressure and temperature, and supports emergency shutdown (ESD) operations.
• Intelligent Valve Control: Functions as the local parameter configuration and action control component for Cameron intelligent valve actuators. It monitors valve opening, torque, and fault status.
• Pressure Control Systems: Acts as the operation interface for high-pressure manifold pressure regulation systems. It enables setting pressure thresholds, displays real-time pressure curves, and triggers alarms when abnormalities occur.
• Offshore Drilling Platforms: Serves as the human-machine interaction unit for platform equipment (such as mud pumps and drawworks), adapting to high salt-fog and high-vibration environments.
• Chemical Reactors: Used for monitoring the temperature and pressure of reactors in explosion-proof areas and performing emergency shutdown operations, complying with safety standards in the chemical industry.

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