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Multilin™ The C30 performs comprehensive device health diagnostic

Monitoring and Metering

The C30 provides high resolution measuring

of the status of external devices wired to its

contact inputs. The changing of a contact input

status can be measured

and time-stamped with a 0.5ms resolution,

making the C30 ideal for bay or substation SOE

recording.

Fault and Disturbance Recording

The advanced disturbance and event recording

features within the C30 can significantly reduce

the time needed for postmortem analysis

of power system events and the creation of

regulatory reports.

Advanced Device Health Diagnostics

The C30 performs comprehensive device health

diagnostic tests at startup and continuously

during run-time to test its own major functions

and critical hardware. These diagnostic tests

monitor for conditions that could impact security

and availability of protection, and present device

status via SCADA communications and front

panel display. Providing continuous monitoring

and early detection of possible issues help

improve system uptime.

Multilin™ C30 The C30 incorporates advanced automation features

Monitoring & Metering

• Advanced recording capabilities with highcapacity

event recorder, configurable and

extended waveform capture and data logger

• Metering: current, voltage, power, energy,

frequency, and harmonics

Protection and Control

As part of the UR family of Protection & Control

devices, the Multilin C30 offers a high degree

of modularity in its design and functionality,

providing superior performance while meeting

the toughest requirements of the marketplace.

Control, automation, I/O expansion and data

gathering are ideally suited for the C30 in the

following applications:

• Bay control

• Substation automation

• Remote I/O

Advanced Automation

The C30 incorporates advanced automation

features including powerful FlexLogic™

programmable logic, peer- to-peer

communications and SCADA capabilities that

far surpass what is found in the average PLC or

controller. The C30 integrates seamlessly with

other UR relays to extend the I/O capabilities and

perform complete bay management and control.

Multilin™ C30 Logic Controller Applications

Applications

• Bay control and substation automation

• Programmable logic control

• UR I/O expansion

• Sequence of Events (SOE) recorder replacement

Protection and Control

• Programmable logic, timers, counters

• Distributed logic, remote I/O expansion

• User-definable protection elements

• Up to 96 digital inputs and 64 digital outputs

• Transducer I/Os (RTD, DCmA)

Advanced

Communications

• 3 independent Ethernet ports for simultaneous

& dedicated network connections with IEEE

1588 support

• Advanced IEC 61850 Edition 2 implementation

and IEC 61850-9-2 process bus support

• Supported industry protocols: IEC 61850 Ed.

2. SFTP, MMS File Transfer Service, DNP 3.0.

Modbus Serial/TCP, IEEE 1588. IEC 60870-5-

104 and 103. PRP, SNTP, HTTP, TFTP

• Direct I/O: secure, high-speed exchange of

data between UR relays for Direct Transfer

Trip and I/O extension applications

Cyber Security

• CyberSentry™ provides high-end cyber

security aligned to industry standards and

services (NERC® CIP, AAA, Radius, RBAC, Syslog)

• Setting for security audit trails, tracking

changes to device configurations

Multilin™ C30 Substation Hardened Programmable

Multilin™ C30

Substation Hardened Programmable

Logic Controller

The Multilin C30 controller system is a substation hardened device designed to perform substation

control logic that can also expand the I/O capability of protection devices and replace existing SOE

recorders. The C30 provides fast and deterministic execution of programmable logic with I/O capabilities

far above an average protection relay.

Graphical programming tools, supported by a library of logic operators, make the C30 simple to use

and configure. Using high-speed peer-to-peer communications for inter-device messaging, the C30 can

also accept signals and commands from other protection and control devices at a fraction of the cost

of hard-wiring these signals.

Key Benefits

• Powerful and deterministic programmable logic suitable for creating most customized automated

substation control solutions

• Modular hardware architecture allowing for flexibility in the I/O configuration to support most bay

management applications

• Reduced bay or station wiring through the use of high-speed peer-to-peer communication for sending

and accepting control commands from other relays

• Simplified system integration and access to information through the use of multiple communication

options and protocols not found in industrial grade PLCs

• Advanced IEC 61850 Ed. 2 implementation, complete settings via SCL files and IEC 61850-9-2 process

bus solution enable resource and platform managing optimization and reduce cost of ownership

• Increased network availability via failover time reduced to zero through IEC® 62439-3 “PRP” support

• CyberSentry™ provides high-end cyber security aligned to industry standards and services (NERC® CIP,

AAA, Radius, RBAC, Syslog)

• Advanced fault and disturbance recording, including internal relay operating signals, eliminating the

need for external recording devices

Honeywell Optional DIN rail mounted Remote Terminal Panels

Remote Terminal Panels

Optional DIN rail mounted Remote Terminal Panels (RTPs)

are available for use with pre-wired cables to reduce installation

time and labor expense. Four types of RTPs are available:

 analog inputs, relay outputs, redundant I/O and other I/O modules.

Three cable lengths are also available to match hardware to installation variations.

Analog inputs RTPs include transmitter

shunt resistors and transmitter power terminals with individual circuit fuses.

The Relay Output RTP includes a fuse and power disconnect switch for each output.

All the three types of RTP panels also switch power to allow module removal and

installation under controller power. See page 36.

Terminal Blocks

20-screw Barrier style and Euro style terminal blocks are available

for use with all ControlEdge HC900 I/O Modules.

Red terminal blocks are used for high voltage connections

for added safety while black terminal blocks are used for low voltage connections.

A 36-terminal Euro style block is available with the 16 AI, the 8 and 16 AO

as well as the 32 DC DI and 32 DC DO module types.

Honeywell HC900 IO Modules ​Failsafe

Failsafe

All ControlEdge 900 Platform I/O modules support a user

specified failsafe value (analog) or state (digital) that the

module outputs or inputs will assume if communication

between the controller and the module is interrupted. Output

modules are also disabled if the controller fails to start.

Module diagnostics are not initiated if the control strategy

does not call for the inputs or outputs on the modules to execute.

Failsafe is restricted to de-energize in safety applications.

20-screw Barrier style and Euro style terminal blocks are available

for use with all ControlEdge HC900 I/O Modules.

Red terminal blocks are used for high voltage connections

for added safety while black terminal blocks are used for low voltage connections.

A 36-terminal Euro style block is available with the 16 AI, the 8 and 16 AO

as well as the 32 DC DI and 32 DC DO module types.

Honeywell HC900 Insert and Removal of I/O under Power

Overview

The Honeywell ControlEdge HC900 Controller is an

advanced loop and logic controller offering a modular design

sized to satisfy the control and data acquisition needs of a

wide range of process equipment.

Insert and Removal of I/O under Power

For ease of maintenance, the ControlEdge HC900 controller

supports removing and inserting I/O modules from the

module rack without removing power from the controller.

Each module is sensed for validity by the controller

and auto-configured on insertion.

Other Modules

In addition to I/O, the following modules are available.

• Scanner 1 module, single port (p.33)

• Scanner 2 Module, dual port (p.34)

• Universal AC Power Supply, 60W (p.6)

• Power Supply 24VDC, 60W (p.6)

• Redundant Switch Module (p.35)

• Power Status Module (p.35)

Honeywell ControlEdge HC900 IO Modules

I/O Modules

The following I/O modules are available to create a custom 

control solution.

• 16 Channel Universal IO Module Galavanically isolated

Input/Output to chassis (p.29)

• 8-point universal analog input modules: Galvanic

isolation point to chassis inputs may be mixed on a

module and may include multiple thermocouple types,

RTDs, ohms, voltage or mill voltage types – all easily

assigned using the Process Control Designer

configuration tool. High point-to-point galvanic isolation

simplifies installation and saves the expense of external

isolation hardware (p.8).

• 16-point high level analog input module: each point is

configurable for V or mA. Galvanically isolated point to

chassis. Galvanically isolated point to point (p.12). 250

ohm shunt resistors can be added per channel.

• 4-point galvanically isolated analog output module.

Galvanically isolated point to chassis supports from 0 to

20mA each (p.14).

• 8-point analog output, galvanically isolated in 2 groups

of 4 points. Galvanically isolated point to chassis.

Supports from 0 to 20mA each (p.15).

• 16-point analog output, galvanically isolated in 4 groups

of 4 points. Galvanically isolated point to chassis.

Supports from 0 to 20mA each (p.16).

• 16-point digital input modules: Contact closure type, DC

Voltage, AC Voltage and AC/DC voltage types (p.17).

Galvanically isolated in groups of 8 channel to chassis

• 32-point digital input module: DC voltage. Galvanically

isolated point to chassis. Galvanically isolated in 2

groups of 16 points (p.2117).

• 8-point AC or 16-point DC digital output modules

(sinking type). Galvanically isolated point to chassis.

Galvanically isolated in 2 groups of 8 points (p.20).

• 32-point digital output: DC voltage (sourcing type).

Galvanically isolated point to chassis. Galvanically

isolated in 2 groups of 16 points (p.25).

• 8-point relay output module: four form C type and four

form A type relays. Galvanically isolated point to

chassis. Galvanically isolated relay to relay (p.22).

• 4 channel Pulse/Frequency/Quadrature I/O module.

Galvanically isolated point to chassis (p.26).

How the ATC-900 evaluates closed or in-phase transitions

How the ATC-900 evaluates closed or in-phase transitions

The controller software will confirm that the closed transition (CT) or

in-phase transition is enabled through the setpoints. When source

1 and source 2 are both available within voltage and frequency set

point tolerances:

• If S1 and S2 setpoints (UV/OV, UF/OF) are identical, there can be

a difference in voltage and/or frequency when transition occurs.

Also, if there is a difference in setpoints, the actual voltage and/or

frequency may be identical when the transition occurs.

• It confirms that sources are within closed or in-phase transitions

set point tolerances when:

• Voltage difference for closed transition = +/- 1 to 5%,

• There is no voltage difference setpoint for in-phase. As long

as both voltages are within voltage limits, any difference is

acceptable

• Freq. difference = +/- 0 to 0.3 Hz for closed transition

• Freq. difference = +/- 0 to 3 Hz for in-phase

• Phase angle, when the number of generators = 0. the phase

angle difference is fixed at +/- 8 degrees

• Phase angle, when the number of generators = 1 or 2. the

phase angle difference is fixed at +/- 5 degrees

• The controller attempts a closed or in-phase transition until the

sync timer (adjustable from 1 to 60 min) expires.

Synchroscope data for in-phase & closed transitions

Eaton Load voltage decay operation (open transition)

Load voltage decay operation (open transition)

Load voltage decay utilizes the load voltage measurements to sense

back EMF that is generated when the transfer switch is in the

neutral position (electrical load disconnected). It provides a delay

in transfer in either direction if an unacceptable level is sensed

as established by a customer programmed level. The transfer will

not take place until the back EMF decays below the acceptable

programmed level. This feature has a separate setting of enabling or

disabling the operation. If disabled, the transfer switch will not delay

in the neutral position and will transfer between the sources as fast

as possible.

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