1 Year Warranty
Description
P112-6053 — GE Power Conversion Advanced Micro Controller 2 (AMC2)
Product Overview
The P112-6053, a board identified on the unit as ISS A REV D, is an Advanced Micro Controller 2 (AMC2) from GE Power Conversion, the business line that grew out of Converteam UK — the AMC2 datasheet (Issue C) documents the design as a Converteam product supplied by Eltech Solutions on the Arbor EmE7x-i701 controller board. Within the AMC2 ordering structure, P112-6053 belongs to the P1xx-6×53 line, which the datasheet reserves for the higher-performance Pentium-M 1.40 GHz version of the controller; the 6053 suffix places it in the same configuration family as P112-6052 (five network ports with two 16-channel serial expansions) but with the faster CPU.
The AMC2 is the main controller box of the AMC platform — used for the AMC-PLC, AMC-AU, and AMC-DP controller variants — and sits at the core of GE Power Conversion’s marine and industrial control architecture: dynamic positioning and automation controllers, fieldstation PLCs, redundancy boxes, PEC drive controllers, and general-purpose PLC applications. The hardware is a rugged, fanless, flange-mounted embedded computer built around a COTS Pentium-M class processor, with five integrated Ethernet ports, four RS-232 links, USB, and PMC/PC104+ expansion slots for fieldbus options.
For maintenance organizations, P112-6053 is defined by its order code: a complete, firmware-installed controller kit that is sourced by specifying the Converteam ordering reference rather than assembling parts — and its place in the AMC family is documented well enough that a replacement can be verified against the datasheet before it ever reaches the cabinet.
Technical Specifications
| 参数名称 | 参数值 |
|---|---|
| Product Model | P112-6053 (ISS A REV D) |
| Manufacturer | GE Power Conversion (Converteam UK design; Eltech Solutions supply) |
| Product Type | Advanced Micro Controller 2 (AMC2) — embedded controller |
| CPU | Pentium-M class, 1.40 GHz (higher-performance version; standard 600 MHz Celeron M) |
| Memory | 256 MB DRAM, 256 MB Compact Flash |
| Power Supply | 24 V DC ±20%; consumption ≈ 0.9 A |
| Ethernet Ports | 5 integrated |
| Serial Ports | 4 × RS-232 (3 available to applications) |
| Serial Expansion | 2 × Serial16+ (16-channel serial each) |
| USB | 2 (Yamaichi latch system) |
| Expansion | 4 × PMC/PC104+ slots; FIP, Profibus Master/Slave, fieldbus, fibre-optic Ethernet |
| Environmental | 70 °C fanless rating; shock tested to 15 g (IEC1131) |
| Dimensions / Mounting | 234 × 206 × 120 mm (w-h-d); flange-mount panel box |
P112-6053
Key Features and Advantages
Ruggedness specified, not assumed: The AMC2 is type-tested to a 70 °C fanless rating and shock-tested to 15 g under IEC 1131, in a small flange-mounted box built for vertical panel installation. For marine propulsion and DP machinery rooms, where heat and vibration are constants, that is a documented environmental capability rather than a marketing claim.
Connectivity matched to the platform: Five Ethernet ports, four RS-232 links, two USB (Yamaichi latch) connections, and the 16-channel Serial16+ expansions carried by P112-6053 give the controller the interface count a marine or drive network actually needs — multiple networks, redundancy links, and service access without switching boards or adding external converters.
Fieldbus breadth through standard expansion: The PMC/PC104+ slots take FIP, Profibus master and slave, fieldbus, and fibre-optic Ethernet options, so the same AMC2 chassis serves automation, DP, and drive applications with the fieldbus each installation requires — one controller platform, several network identities.
Health indication you can read from the front: Power, Healthy, and Running LEDs, plus a hardware watchdog and temperature monitoring, give the watchstander and the maintenance crew an immediate status read and give the application automatic protection against software hang and overtemperature — appropriate for unattended marine operation.
Performance that scales with the order code: The P112-6053 carries the 1.40 GHz Pentium-M processor of the P1xx-6×53 line, roughly doubling application performance relative to the first-generation AMC 1 — headroom for DP control loops and larger PLC applications, delivered as a documented order option rather than a field modification.
Software and identity discipline: The AMC runs the Marine Controller (Isagraf) and HPCi software platforms, and an identity dongle port defines the controller ID — so each P112-6053 is recognized by the system as itself, supporting the redundancy and autonomy features the marine architecture depends on.
A complete kit, ordered by one reference: The AMC arrives assembled with basic firmware, and P112-6053 is the full ordering code that defines the kit — a procurement model that removes assembly error from the spare-parts chain.
Application Areas
The P112-6053 serves the control layer of GE Power Conversion’s marine architecture: as an AMC-DP controller it runs dynamic positioning functions on vessels that must hold position against current and weather; as part of the AMC-AU and AMC-PLC variants it carries automation and alarm functions in engine control and monitoring systems; and in fieldstation PLCs and redundancy boxes it provides the distributed processing that keeps the architecture fault-tolerant. These are the systems Maritek and other marine suppliers catalogue alongside the P1xx family — DP systems and engine control/alarm systems on ships and offshore units.
In the industrial domain the same controller powers PEC drive controllers and general-purpose PLC applications, where the five-port Ethernet, serial, and fieldbus connectivity connect the control core to drive networks and plant automation. The fanless 70 °C rating and panel-mount format allow the P112-6053 to live inside switchgear and control cubicles without dedicated cooling.
For a vessel or plant running the AMC platform, the P112-6053 is a direct, documented spare for the higher-performance controller positions — the same five-port, dual-Serial16+ configuration as P112-6052 but with the 1.40 GHz CPU headroom that larger DP and automation applications need.
Related Products
- P112-6052 — AMC2 controller, five network ports with 2 × Serial16+, standard 600 MHz Celeron M — the direct 600 MHz sibling of P112-6053.
- P111-6053 — AMC2, five ports with 1 × Serial16+, Pentium-M 1.40 GHz version.
- P110-6053 — AMC2, five ports (base configuration), Pentium-M 1.40 GHz version.
- P111-6052 — AMC2, five ports with 1 × Serial16+, standard CPU.
- P110-6052 — AMC2 controller, five network ports, base configuration, standard CPU.
- P121-6052 — AMC2 FIP controller, five ports with 1 × FIP card.
- P122-6052 — AMC2 FIP controller, five ports with 2 × FIP cards, suitable for upgrades and gateway applications.
- P110-6152 — AMC2, five ports with 1 × Profibus Master port.
- P112-6152 — AMC2, five ports with 2 × Profibus Master ports and 1 × Serial16+.
- P106-6052 — AMC2 controller with Windows XP, five ports, for general embedded PC applications.
Installation and Maintenance
Installation preparation: Mount the P112-6053 as a flange-mounted box on a vertical panel, in the vertical orientation the mounting guide recommends to promote air convection for heat dissipation, and allow clearance around the unit for access to the Ethernet, serial, and expansion connectors. Confirm the 24 V DC supply is within the ±20 % tolerance and rated for the controller’s ~0.9 A draw with margin, and earth the mounting plate properly. Before energizing, verify the configuration against the order code — five network ports and two Serial16+ expansions — and confirm the application software platform (Marine Controller / HPCi) and the identity dongle are in place, so the controller boots with the ID the system expects. After power-on, check the Power, Healthy, and Running LEDs for the correct state.
Maintenance advice: Use the front-panel LEDs as the first fault indication, and treat the watchdog and temperature monitoring as the controller’s own safety net during unattended operation. When a unit is replaced, record the full identity — P112-6053, issue and revision (ISS A REV D), and the installed firmware — in the equipment log, since AMC spare kits are delivered by order code and the revision matters for system compatibility. Keep the Compact Flash access clear for service, and store spares in dry, temperature-stable storage with the identity dongle and firmware documented, so a field swap restores the controller to its defined configuration.
Product Warranty
The P112-6053 is supplied as a tested unit — new, new-surplus, or refurbished — with warranty covering functional condition, materials, and workmanship, and verification that the controller boots and runs its configured software. Because the AMC2 is a documented GE Power Conversion / Converteam product with ordering codes, datasheets, and a marine parts supply chain, replacement kits, expansion cards, and firmware guidance remain accessible, and technical support covers configuration, LED-based fault isolation, and installation per the AMC2 documentation. For vessels and plants running the AMC platform, this makes the P112-6053 a traceable, dependable spare for the high-performance controller positions of the system.
