HONWYWELL 8C-IP0102

Description

Detailed parameter table

HONWYWELL 8C-IP0102

Product introduction

The Honeywell 8C-IP0102 is a rugged industrial Ethernet switch designed to facilitate reliable data transmission in harsh industrial environments. As part of Honeywell’s industrial networking portfolio, this managed switch serves as a critical connectivity hub in automation systems, linking devices such as PLCs, HMIs, sensors, and drives into a unified network.

Honeywell 8C-IP0102 supports gigabit speeds across all 8 ports, ensuring high-bandwidth communication for time-sensitive applications. Its managed functionality allows for advanced network configuration, including VLAN segmentation, QoS prioritization, and link aggregation—features essential for maintaining network performance in complex industrial setups. Whether deployed in manufacturing plants, oil refineries, or power generation facilities, the 8C-IP0102 delivers the stability required for mission-critical operations.

Core advantages and technical highlights

Extreme temperature resilience

Unlike commercial switches, the 8C-IP0102 operates reliably in temperatures ranging from -40°C to 75°C, making it suitable for deployment in Arctic oil pipelines, desert solar farms, or factory environments with significant heat generation. This wide temperature range eliminates the need for climate-controlled enclosures, reducing installation costs while ensuring uninterrupted operation in extreme conditions.

Enhanced network security

The 8C-IP0102 incorporates robust security features, including port-based access control lists (ACLs), 802.1X authentication, and SSH encryption for remote management. These capabilities prevent unauthorized access to the network, a critical requirement in industries like chemical processing or power generation where network breaches could compromise safety or operations. Its VLAN support also isolates critical traffic (e.g., control signals) from non-essential data, reducing congestion and enhancing system security.

Dual power redundancy

Equipped with two power inputs, the 8C-IP0102 ensures network continuity even during power failures. If the primary power source fails, the switch automatically switches to the secondary input within 50ms—preventing data loss in time-sensitive applications such as automotive assembly lines or water treatment plants. This redundancy feature eliminates single points of failure, a significant advantage over switches with single power supplies.

Easy integration with industrial systems

The 8C-IP0102 supports industrial protocols like PROFINET and Modbus TCP/IP, enabling seamless integration with common automation equipment. Its DIN rail mounting design simplifies installation in standard control cabinets, while the compact form factor saves space in crowded enclosures. For network management, it offers both web-based interfaces and command-line access, allowing engineers to configure settings using familiar tools—reducing setup time compared to proprietary systems.

HONWYWELL 8C-IP0102

Typical application scenarios

Oil and gas production

In offshore drilling platforms, the Honeywell 8C-IP0102 connects various sensors, control systems, and safety devices into a unified network. Its ATEX certification ensures safe operation in hazardous zones, while the wide temperature tolerance handles the extreme heat and cold encountered in such environments. The switch prioritizes critical data (e.g., pressure sensor readings and emergency shutdown signals) via QoS, ensuring these messages reach the central control system without delay—even during network congestion.

Manufacturing automation

In a automotive production plant, the 8C-IP0102 serves as a network hub for robotic arms, conveyor systems, and quality inspection cameras. By segmenting the network into VLANs, it separates robot control traffic from video streaming data, preventing bandwidth competition that could cause robotic movements to lag. The switch’s gigabit ports support high-resolution camera feeds for defect detection, while its redundancy features ensure the production line remains operational even if a power supply fails.

Renewable energy facilities

Solar power plants utilize the 8C-IP0102 to connect inverter systems, weather stations, and SCADA controllers. Deployed in outdoor cabinets, the switch withstands extreme temperature fluctuations and direct sunlight, maintaining reliable communication between devices spread across large areas. Its managed features allow engineers to monitor network health remotely, identifying issues like cable faults or excessive latency before they affect power generation efficiency.

Related model recommendations

• Honeywell 16C-IP0102: A 16-port variant of the 8C-IP0102, offering expanded connectivity for larger networks. It shares the same rugged design and features but doubles the port count, making it suitable for scaling up from the 8-port model.
• Honeywell 8C-IP0202: A PoE-enabled version of the 8C-IP0102, providing power over Ethernet to devices like IP cameras or wireless access points—eliminating the need for separate power cables.
• Honeywell 8C-IP0101: An unmanaged alternative to the 8C-IP0102, designed for simpler networks where advanced configuration isn’t required. It offers cost savings for basic connectivity needs.
• Honeywell 8C-RT0102: A time-sensitive networking (TSN) switch that pairs with the 8C-IP0102in applications requiring microsecond-level synchronization, such as motion control systems.
• Honeywell TC8000: A PLC that integrates seamlessly with the 8C-IP0102in distributed control systems, relying on the switch for reliable communication with field devices.
• Honeywell 8C-IP0102-PS: A redundant power supply unit specifically designed for the 8C-IP0102, ensuring stable power delivery in environments with unreliable electrical grids.

Installation, commissioning and maintenance instructions

Installation preparation

Before installing the Honeywell 8C-IP0102, verify that the DIN rail is securely mounted and can support the switch’s weight. Use M4 screws (torque 0.8-1.2Nm) to fasten the device to the rail, ensuring a firm fit in vibrating environments. Connect the primary and secondary power supplies (24V DC) using 16AWG wires, ensuring proper polarity to avoid damage. For network cabling, use industrial-grade Cat5e or Cat6 cables rated for the operating environment—terminate with shielded RJ45 connectors and ground the shields to the switch’s chassis. Configure IP addresses and basic settings via the web interface before deploying in production networks.

Maintenance suggestions

Inspect the 8C-IP0102 quarterly for loose connections or dust accumulation—use compressed air (max 60psi) to clean ventilation slots if necessary. Monitor power input voltages regularly to ensure they remain within the 18-36V DC range; voltage fluctuations outside this range can affect performance. Check network health via the switch’s built-in diagnostics, which flag issues like port errors or excessive packet loss. If a port fails, isolate it using the management interface to prevent network-wide disruptions. For firmware updates, download the latest version from Honeywell’s portal and install via the web interface during scheduled downtime. Store spare units in anti-static packaging in a dry environment (-40°C to 85°C) to ensure readiness for rapid replacement.

Service and guarantee commitment

Honeywell backs the 8C-IP0102 with a 5-year warranty, covering manufacturing defects and performance issues under normal operating conditions. Our global technical support team provides 24/7 assistance for configuration, troubleshooting, and network optimization, with response times within 6 hours for critical inquiries.

Factory-certified repair services ensure that any faulty units are restored to original specifications using genuine components. For mission-critical applications, Honeywell offers a 48-hour replacement service in major industrial regions, minimizing downtime. Training programs are available to help customers maximize the 8C-IP0102’s capabilities, covering topics from basic installation to advanced network design—ensuring long-term reliability and performance in industrial automation systems.