Description
The GE 20836416 RACK is an advanced industrial hardware mounting and structural framework solution designed specifically for mission-critical electrical and automation systems. Engineered with high-grade structural alloys, this rack ensures optimal mechanical stability, excellent thermal dissipation, and secure housing for sensitive electronic modules. It serves as a foundational component in modern control rooms and automated manufacturing floors, delivering robust performance under demanding environmental conditions.
Built to strict international standards, the unit minimizes electromagnetic interference while maximizing structural rigidity. Its modular configuration allows seamless integration with existing GE control architectures, reducing installation complexity and maintenance overhead while ensuring continuous, reliable operation across diverse industrial applications.
📊 Product Datasheet & Technical Parameters
- Brand: General Electric (GE)
- Model: 20836416
- Series: Industrial Automation Rack Series
- Product Name: Modular Equipment Racking Unit
- Place of Manufacture: United States
- Physical State: Solid Industrial Hardware Component
- Dimensions: 482.6 mm x 266.7 mm x 300.0 mm (Standard 19-inch 6U)
- Weight: 12.5 kg
- Origin of Materials: North America / Global Sourced Alloys
- Power Rating: Passive structural element (Supports up to 24VDC / 120VAC bus distribution)
🛠️ Operational Specifications & Usage Methods
Installation of the GE 20836416 RACK must be performed by certified technicians in a controlled, vibration-free electrical cabinet. Begin by securing the chassis to standard 19-inch vertical mounting rails using high-tensile torque screws. Ensure all grounding straps are firmly connected to the primary facility ground bus to prevent electrostatic discharge and maintain operational safety.
During operation, maintain ambient temperatures between 0°C and 55°C with relative humidity levels not exceeding 95% non-condensing. Regularly inspect modular slot connectors for secure seating and ensure cooling airflow pathways remain unobstructed by cables or external paneling.
🛑 Emergency Shutdown Procedure
In the event of an electrical anomaly, thermal runaway, or critical system failure, immediately initiate the emergency shutdown protocol. First, trip the primary upstream circuit breaker supplying power to the rack chassis to isolate all internal bus lines.
Notify safety personnel and disconnect any auxiliary battery backup units connected to the mounting backplane. Refrain from touching internal components until residual capacitive voltages have completely dissipated, verified via certified multi-meter testing.
🔍 Troubleshooting & Common Issues
Common operational anomalies typically involve loose module seating, backplane communication timeouts, or environmental dust accumulation. If module communication fails, inspect the edge connectors for oxidation or debris using compressed dry air and isopropyl alcohol wipes.
Verify that mounting torque remains consistent across all rail screws to mitigate mechanical resonance vibrations. If structural warping or thermal stress is detected, immediately evaluate cabinet ventilation performance and load distribution balances.
🧰 Routine Maintenance & Servicing
Establish a semi-annual maintenance schedule to ensure long-term reliability. Dust accumulation should be cleared using static-safe vacuum equipment. Inspect all structural fasteners, grounding points, and bus bar connections for signs of corrosion or mechanical loosening.
Apply calibrated torque checks to mounting hardware and verify that cable management arms move freely without placing undue strain on plug-in module interfaces.
❓ Frequently Asked Questions (Q&A)
- Q1: Can the GE 20836416 RACK be installed in non-standard industrial enclosures?
- A1: It is specifically engineered for standard 19-inch racks. Installation in custom enclosures requires verified thermal and mechanical adapters to maintain structural certification.
- Q2: What is the maximum weight load capacity of this rack unit?
- A2: The framework supports up to 50 kg of evenly distributed electronic module weight when properly secured to four-point rail supports.
- Q3: How often should grounding continuity be tested?
- A3: Grounding continuity and resistance values should be verified during routine annual facility electrical safety audits.
