SPIET800 ABB Symphony Plus Datasheet & Technical Manual

ABB SPIET800 Symphony Plus Ethernet CIU Transfer Module

ABB SPIET800 Symphony Plus Ethernet CIU Transfer Module

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ABB SPIET800 Harmony Rack Ethernet Communication Gateway The ABB SPIET800, also cataloged as the SPIET800 Ethernet CIU Transfer Module, operates...

SKU: SPIEET800

Manufacturer: ABB
Product No.: SPIEET800
Product Type: Communication Modules
Product Origin: Switzerland
Payment:T/T, Western Union
Weight: 300g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

ABB SPIET800 Harmony Rack Ethernet Communication Gateway

The ABB SPIET800, also cataloged as the SPIET800 Ethernet CIU Transfer Module, operates as a dedicated hardware component for high-speed Ethernet connectivity within Symphony Plus Harmony Rack platforms. This interface unit functions as a communication gateway, translating internal backplane variables into standardized industrial protocols for data transmission to human-machine interfaces (HMI), process historians, and supervisory control networks.

Hardware Specifications

Parameter	Specification
Model	SPIET800
Brand	ABB
Origin	Sweden / India
Weight	0.3 kg (10.7 oz)
Dimensions	33.0 cm x 17.8 cm x 3.8 cm
Operating Temp	-40 to +70 deg C
Power Consumption	24 V DC internal distribution
Product Type	Ethernet CIU Transfer Module
System Platform	Symphony Plus Harmony Rack (HR Series)
Supported Protocols	IEC 61850-8-1 (GOOSE), Modbus/TCP, SPA/TCP
Interface Speed	10/100 Mbps Ethernet (TCP/IP)
Diagnostics	Integrated self-monitoring and fault detection
HS Code	851762 (Communication Apparatus)

Industrial Control & Drive Backplane Characteristics

The gateway architecture optimizes external data throughput by mapping backplane register points directly to the Ethernet processing layer using integrated backplane bus communication velocity licences. This layout manages simultaneous protocol requests across Profinet / EtherNet/IP deterministic networks, supporting concurrent IEC 61850-8-1 (GOOSE), Modbus/TCP, and SPA/TCP server execution. Firmware flash compatibility across the system platform enables the gateway to integrate legacy Harmony Rack control nodes into standard enterprise network layers without modifying existing controller loop configurations or reducing I/O density scaling on adjacent module segments.

Frequently Asked Questions

Q: Can the SPIET800 module be hot-swapped while the supervisory network interface is active?

A: Yes, the SPIET800 supports hot-swap operations at the rack level. However, extraction under power will cause an immediate loss of data telemetry and communication links between the rack controllers and upper-level SCADA systems. Redundant network routes must be active to maintain continuous monitoring during the hardware swap.

Q: How does the module handle network-level broadcast storms or traffic overload?

A: The internal processing architecture uses specialized communication queues and traffic filters to protect the backplane interface. If incoming Ethernet traffic exceeds safe processing thresholds, the module drops unmapped network packets first, maintaining deterministic execution times for internal controller data exchange.

Q: Is the IP configuration of the module managed via physical dip switches or software tools?

A: The IP address, subnet mask, and industrial protocol routing maps are defined through software utility tools within the Symphony Plus engineering suite. These parameters are written directly to the module's non-volatile memory, allowing the unit to retain its configuration during power cycle events.

Field Installation Guidelines

Insert the SPIET800 card vertically into its designated slot within the Harmony Rack chassis, pushing firmly until the edge connectors engage with the active backplane socket. Tighten the top and bottom captive screws to secure the unit against industrial vibration and establish ground path continuity. Connect Cat5e or Cat6 industrial-grade Ethernet cables equipped with shielded RJ45 plugs directly to the front-panel communication ports. Ground the overall cable shields at the network switch patch panel; do not tie cable shields to ground at both ends to avoid current distribution problems from circulating ground loops. Ensure the ambient enclosure temperature remains within the -40 to +70 deg C specifications by keeping surrounding cooling pathways clear.

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