Technical Specifications
Core Protocols & Communication Features
The
HIMA F8627X integrates multiple communication protocols to meet diverse industrial needs. Specifically, it supports SafeEthernet for safe data exchange between H41q/H51q systems. This module also acts as a Modbus TCP slave, enabling smooth integration with third-party Modbus devices. Additionally, it works with the HIMA OPC server to support OPC DA and OPC A&E (Alarm&Event) protocols, facilitating data sharing with monitoring software.
Furthermore, the F8627X enables ELOP II programming over Ethernet, but this feature needs ELOP II V4.1 or later. It comes with a 100 Base-T interface and an RJ45 connector, which ensures stable and high-speed Ethernet communication. Meanwhile, the module supports both mono and redundant configurations for SafeEthernet, giving users flexible options based on safety requirements.
Compatibility with HIMA CPUs
The
HIMA F8627X is specifically designed to work with new HIMA CPUs for H41q/H51q systems. First, it fully matches safe CPUs including the
F8650X and
F8652X, which serve safety-critical applications up to SIL 3. Next, it also supports non-safe CPUs such as the
F8651X and
F8653X, which handle non-safety-related control tasks.
Besides, HIMA keeps its existing F8627 and F8628 communication modules in the product portfolio. This means users can pick the most suitable module based on their system requirements and budget without replacing their entire setup. The F8627X thus ensures seamless integration with both new and existing HIMA systems.
Mechanical & Environmental Parameters
Mechanical Dimensions
The
HIMA F8627X features a compact, industry-standard 19-inch design that fits perfectly into H41q/H51q system racks. Its height is 3 height units (HU), which equals 3 × 44.45 mm. The width of the module is 4 width units (WU), or 4 × 5.08 mm. This compact size makes it easy to install in standard industrial control cabinets without taking up excessive space.
Environmental Requirements
The F8627X operates reliably in typical industrial environments. It can withstand a wide range of operating temperatures, ensuring stable performance in harsh industrial conditions. Additionally, it meets strict industrial standards for humidity resistance, allowing it to work in environments with 5% to 95% non-condensing humidity. This durability makes it suitable for use in various industrial settings, from chemical plants to power stations.
Moreover, the module adapts to common industrial temperature ranges, typically working well between -20℃ and 60℃ for long-term stability. It also resists vibration and electromagnetic interference, which is essential for continuous operation in busy industrial sites.
Compliance Standards
The HIMA F8627X complies with multiple international standards to ensure quality and safety. It meets IEC 61131-2 and EN 61000-6 standards for electrical safety and electromagnetic compatibility. Furthermore, it adheres to EN 50081-2, EN 50082-2, IEEE 802.3, and EN 50170 standards, confirming its compatibility and reliability in global industrial applications.
Installation Guide
Pre-Installation Preparation
Before installing the HIMA F8627X, you need to check the H41q/H51q rack slot to ensure it matches the module’s size. First, turn off the system power completely to avoid electrical damage during installation. Next, prepare the necessary tools, including a screwdriver and Ethernet cable, to ensure a smooth installation process.
Additionally, confirm that the connected CPU model (either F8650X/F8652X or F8651X/F8653X) is compatible with the F8627X. This step prevents compatibility issues and ensures smooth communication between the module and the CPU after installation.
Step-by-Step Installation
Installing the HIMA F8627X is straightforward and aligns with H41q/H51q system rack installation procedures. First, align the module with the appropriate slot in the 19-inch rack and slide it in until it clicks into place. Next, secure the module to the rack using the provided screws to ensure stability and prevent loose connections.
After physical installation, connect the Ethernet cable to the RJ45 port on the module. Then, double-check all connections to make sure they are firm and free of loose wires. Finally, power on the system and configure the module using the appropriate software (such as ELOP II V4.1 or later) to set up communication protocols and network parameters.
Post-Installation Check
Once the F8627X is installed and configured, test its communication functions to ensure normal operation. Check the connection between the module and the CPU, as well as the Ethernet communication with other devices. If any issues arise, recheck the wiring and software configuration to resolve them promptly.
Packaging List
1 × HIMA F8627X FastEthernet Communication Module
Protective anti-static packaging
Outer carton for safe transportation
FAQ
Q1: What protocols does the HIMA F8627X support? A1: The HIMA F8627X supports SafeEthernet, Modbus TCP, OPC DA, OPC A&E (via HIMA OPC server), and enables ELOP II programming over Ethernet (from ELOP II V4.1).
Q2: Which HIMA CPUs are compatible with the F8627X? A2: It works seamlessly with new HIMA CPUs: F8650X/F8652X (safe CPUs) and F8651X/F8653X (non-safe CPUs) for H41q/H51q systems.
Q3: What are the dimensions of the HIMA F8627X? A3: It is a 19-inch module with 3 height units (3×44.45 mm) and 4 width units (4×5.08 mm), fitting standard H41q/H51q racks.
Q4: How is the HIMA F8627X shipped? A4: We ship the F8627X worldwide via Fedex, UPS, and DHL for fast and secure delivery.
Q5: Does the F8627X support redundant communication configurations? A5: Yes, the HIMA F8627X supports both mono and redundant configurations for SafeEthernet to meet different safety requirements.
