Sweden | Parameter | Specification |
|---|---|
| Manufacturer / Model | ABB / 3BHL000986P0006 |
| Product Type | Fiber Optic Converter Module |
| Compatible Controllers | AC 800M (e.g., PM861, PM851) |
| Form Factor | S800 I/O Module (to be mounted on an S800 I/O Unit) |
| Primary Function | Electrical-to-Optical (E/O) and Optical-to-Electrical (O/E) signal conversion. |
| Supported Protocols | MasterBus 300 (MB300). This is ABB's proprietary, deterministic communication protocol for controller-to-I/O communication. |
| Network Topology | Redundant, fault-tolerant ring (most common). Also supports linear and star topologies. |
| Data Transfer Rate | 1.5 Mbps (Standard Speed for MB300 networks) |
| Fiber Type | Multimode (62.5/125 µm or 50/125 µm) |
| Connector Type | BFOC/2.5 (ST-type) |
| Wavelength | 820 nm |
| Transmitter Type | LED |
| Maximum Cable Distance | Approx. 2 km (1.24 miles) between nodes with 62.5/125 µm fiber. |
| Optical Budget | Typically 11 dB (allows for splices and connectors over the cable run). |
| Power Supply | Powered directly from the S800 I/O Unit's backplane (5V DC). |
| Isolation | High-voltage isolation provided by the fiber-optic cable, making it immune to EMI/RFI and ground potential differences. |
| LED Indicators | RUN (Green): Normal operation. COM (Yellow): Communication activity. RX (Red): Receive error/fault. TX (Red): Transmit error/fault. |
| Redundancy | Supports module redundancy (NMR, No-Master-Recovery) when configured in pairs. |
| Environmental Conditions | Operating Temperature: 0°C to +55°C Storage Temperature: -40°C to +70°C Relative Humidity: 5% to 95% (non-condensing) |
Purpose: This module acts as the physical layer interface between the electrical world of the controller's processor and the optical world of the fieldbus network (MasterBus 300).
Noise Immunity: By using fiber optics, it eliminates issues with electromagnetic interference (EMI), radio frequency interference (RFI), and ground loops, which are common in industrial environments with heavy machinery.
Long Distance: Enables communication over much longer distances (up to 2 km) compared to copper-based solutions without repeaters.
Intrinsic Safety: Fiber optics do not carry electrical current, making them ideal for use in hazardous areas.
Security: It is extremely difficult to tap into a fiber-optic cable without detection, providing a more secure data link.
High Availability: It is a key component in building redundant network architectures (rings) where a single cable or module failure will not interrupt the communication between the controller and its I/O modules.
The 3BHL000986P0006 is used to connect an AC 800M controller (like a PM861) to a remote S800 I/O rack located in a switchyard, a motor control center (MCC), or another area of the plant that is far from the central control room. The fiber-optic link ensures reliable and fast data transfer across this distance, immune to all the electrical noise present in the industrial environment.
HBFGDAAHNDCCBNA11G: This is the Ordering Code or Product Code. It's a combination of letters that defines all the specific hardware and software options. Decoding it:
| Code Segment | Meaning | Description for this Model (HBFGDAAHNDCCBNA11G) |
|---|---|---|
| HB | Hardware Basic Platform | Standard hardware platform for REF615. |
| F | Enclosure Type | NEMA 4X (IP66) flush-mounted case. This is a rugged, weatherproof and dust-tight enclosure suitable for outdoor use, common in North American applications. |
| G | User Interface | Graphical display with keypad and LED indicators. This is the high-resolution, intuitive interface. |
| D | Communication | 2x Ethernet (RJ45) + 1x RS485. Provides modern, high-speed communication for SCADA systems. |
| A | Software Language | International English (standard). |
| A | Protection Functions | Standard protection set for the REF615. This includes overcurrent, earth-fault, breaker failure, etc. |
| H | Measurement | Basic measurement functions (e.g., V, I, P, Q, pf, frequency, harmonics). |
| N | Breaker Control | One-shot ARC (Automatic Reclosing). A critical function for overhead line feeders to automatically attempt to re-close the breaker after a temporary fault. |
| D | RTD Inputs | No RTD (Resistance Temperature Detector) modules. |
| C | Analog Outputs | No analog output modules. |
| C | Binary Inputs/Outputs | Standard number of I/O (Typically 8 Binary Inputs + 5 Binary Outputs). |
| B | Power Supply | 48-125 V DC / 48-110 V AC (This matches the "1G" prefix). |
| NA | Regional Application | North American market. This signifies firmware and standards compliance (like ANSI device numbers) tailored for the US, Canada, and Mexico. |
| 1 | Documentation Language | English. |
| 1 | Package Quantity | Single unit. |
| G | Accessories | No additional accessories (shipped standard without extra items like CT shorting blocks). |
Primary Function: Protecting electrical feeders (incoming or outgoing lines) in substations and industrial plants.
Key Protections: Overcurrent (50/51, 50N/51N), Earth-Fault (50N/51N, 67N), Automatic Reclosing (79), Breaker Failure (50BF), and Thermal Overload (49).
Communication: Dual Ethernet ports for integration into modern IEC 61850-based substation automation systems.
Environment: Built in a robust NEMA 4X enclosure for demanding environments.
Market: Specifically designed for North American standards and practices.
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