ABB IOR-810 IOR-810 Hnet to S800 Gateway Symphony Plus Module

ABB IOR-810 IOR-810 Hnet to S800 Gateway Symphony Plus Module

Basic Information

Dimensions: length 5.1cm, width 10.2cm, height 12.7cm, weight about 0.2kg.

Place of origin: Sweden.

Functional Features

Connection Function: As a gateway module connecting Symphony Plus SD series and HR series controllers with S800 I/O, it is able to connect the HN800 I/O bus to the existing S800 I/O module bus, realizing data transmission between different systems.

Scanning Capability: The core function is to scan S800 I/O modules and provide the information to the Symphony Plus controller through the HN800. Up to seven S800 cluster modems can be connected and scanned through the fiber optic module bus, and each cluster modem can support up to 12 S800 I/O modules.

Configuration Flexibility: Selectable redundant or non-redundant configurations, support for the S800 I/O subsystem's Sequence of Events functionality, and the ability to interface with many types of I/O in the S800 I/O subsystem, such as Basic AI/AO, Basic DI, SOE DI, Basic DO, Pulse Inputs, Temperature Device Inputs, Intrinsically Safe and Redundant I/O, and more.

Signal Processing Capability: Can handle inputs and outputs, analog and digital signal types, pulse counters, and event sequence data acquisition.

Communication Protocol Support: Supports a variety of communication protocols for flexible connectivity, ensuring compatibility and interoperability with different devices and systems.

Performance Parameters

Electrical Connection Distance: The distance between the IOR-810 and the Symphony Plus controller is up to 30 meters if connected via the electrical HN800 bus, or up to 3,000 meters if connected via the fiber optic HN800 bus using the RFO810 repeater.

Fiber Optic Module Bus Distance: The maximum fiber optic module bus distance between the IOR-810 and the S800 trunk modem or between two trunk modems in a daisy chain is 15 meters if using plastic fiber optic cable, 200 meters if using HCS fiber optic cable, and 1000 meters if using TB825 optical media converter and glass fiber cable.

Application Scenarios

Industrial automation field: Widely used in automation control systems in chemical, electric power, pharmaceutical, water treatment and other industries to realize real-time acquisition, control and monitoring of various parameters in the production process to ensure efficient, stable and safe operation of the production process.

Intelligent building field: it can be used in building management system to realize centralized control and management of various equipments in the building (such as air conditioner, elevator, lighting, etc.), and improve the energy utilization efficiency and comfort of the building.

Other fields: It can also be used in transportation, energy management, environmental protection, etc., providing reliable I/O interface and data transmission solutions for various complex control systems.

The transfer sequence of OTM_C21D can be summarized in following steps: 

• An anomaly occurs on the Line 1 (LN1) 

• Generator start, immediately start generator in case of black-out, phase-loss, overvoltage or undervoltage (If Generator mode is selected) 

• The Line 2 start the normal functioning,  transfer delay Ts 

• Change-over switch (Switch I) to the position 0 

• Change-over switch (Switch II) to the  position II

And the return sequence can be summarized in  the following steps: 

• The Line 1 will start the normal functioning 

• Change-over switch stays in position II 

• An anomaly occurs on the Line 2 (LN2) 

• Change-over switch stays in position II 

• Change-over switch can be transferred  manually back to position I

The following analyzers are available for selection:  

• Uras26 infrared photometer  for the measurement of infrared-active gas components,  e.g. CO, NO, SO2 

• Limas23 ultraviolet photometer  for the measurement of NO, NO2 and SO2 

• Magnos206 oxygen analyzer  for the measurement of O2 in process gas or in N2 

• Magnos28 oxygen analyzer  for the measurement of O2 in process gas or in N2 

• Magnos27 oxygen analyzer  for the measurement of O2 in flue gas or in N2 

• ZO23 trace oxygen analyzer  for the measurement of O2 in pure gases (N2, CO2, Ar)  

• Caldos27 thermal conductivity analyzer  for the measurement of binary gas mixtures with different  thermal conductivity, e.g. Ar in O2, H2 in Ar, CH4 in N2 

• Fidas24 flame-ionization detector  for the measurement of hydrocarbons  

• Electrochemical oxygen sensor  for the measurement of O2