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Honeywell EP-DOCX-SCA-SMSC-100 Digital Output Relay Adapter

• Digital Output Relay Adapter – FC-UDOR01 is a SIL 3 Normally Open single channel relay output module for low

voltage applications. Contact side of the relay interfaces with the field device and the coil side gets connected to

safety system. This module does not require external power to operate.

• Digital Output Relay Adapter F&G – FC-UDOF01 is a SIL 3 Normally Open single channel relay output module for

low voltage applications. The adaptor is capable to drive high current field devices. Contact side of the relay

interfaces with the field device and the coil side gets connected to safety system. This module does not require

external power to operate.

• Analog Input Adapter, type 3 wire – FC-UAIA01 is a single channel analog input module which supports three wire

sensors. Only if used in 3-wire mode, this module requires an external power to operate. This gets connected to the

UIO module of the safety system.

• Analog Input Adapter, type Sink – FC-UAIS01 is a single channel analog input module which supports source type

sensors. This module does require an external power to operate. This gets connected to the UIO module of the

safety system.

Honeywell EP-DOCX-SCA-SMSC-100 Functions

Functions

• Universal Signal Conditioning Assembly – CC-USCA01 is a backplane assembly which can accommodate 16

signal conditioning modules. Field side terminals of each channel is provided with integrated fuse and knife

disconnect function. The safety system side interface is provided through a single mass termination cable (SIC)

which connects all 16 channels. CC-USCA01 is DIN rail mountable.

• Universal Pass Through Adapter – CC-UPTA01 is a single channel pass through module which allows direct

connectivity between safety system field terminals (both live & return) and the field device. This module does not

require external power to operate.

• Digital Input with 5K resistor Adapter – FC-UDI501 is a single channel digital input module with a 5K resistor for

digital input devices without EOL. Output side interfaces with the field device and the input side gets connected to

safety system. This module does not require external power to operate.

• Digital Input Relay with 5K resistor Adapter – FC-UIR501 is a single channel relay input module with a 5K

resistor for wet contact applications. Coil side of the relay interfaces with the field device and the contact side gets

connected to safety system. This module does not require external power to operate

• Digital Input Relay Adapter – FC-UDIR01 is a SIL 3 single channel relay input module for low voltage applications.

Coil side of the relay interfaces with the field device and the contact side gets connected to safety system. This

module does require external power to operate.

Honeywell USCA’s combine multiple functions into a single piece of equipment

USCA’s combine multiple functions into a single piece of equipment:

• Plug and Play adapters for optional signal conditioning.

• On-board flexible termination of process signals.

• On-board connection to Safety IOTAs.

• On-board Field power distribution.

• USCA receives 24 VDC power.

• Field disconnect.

• Field fuse.

• Probe points for testing.

• Digital Input Relay with 5K resistor Adapter – FC-UIR501 is a single channel relay input module with a 5K

resistor for wet contact applications. Coil side of the relay interfaces with the field device and the contact

side gets connected to safety system. This module does not require external power to operate

• Digital Input Relay Adapter – FC-UDIR01 is a SIL 3 single channel relay input module for low voltage

applications.

Coil side of the relay interfaces with the field device and the contact side gets connected to safety system.

This module does require external power to operate.

Honeywell EP-DOCX-SCA-SMSC-100 Universal Marshalling Solution

Features

Universal Marshaling Solution provides standardized marshalling for central and distributed installations using signal

conditioning assemblies. The signal conditioning assemblies handle 16 I/O’s including disconnect, fusing as default, and

when needed signal conditioning adapters (SCA) including isolation, intrinsic safety, relay, and other functions can be

plugged in optionally. The SCA supports standardized cabinet assembly and wiring configurations without the need for

custom wiring..

The unique features of UMS include:

• Three level flexible field terminations are provided to cater to various field wiring

requirements.

• The Signal Conditioning Adapters are plugged into the USCA to eliminate the

need for a separate installation of isolators, relays, signal converters and barriers.

• USCA has integral (optional) fuse and knife disconnect for easier plant installation

and maintenance.

• D-Sub connector is provided on the USCA for interfacing with the IOTA.

• Field power is supplied through the USCA via the system integration cable (SIC)

from the Safety IOTA.

• Optional power connector is provided to supply power to the active signal

conditioning adapters.

• Optional 16 plug and play Signal Conditioning Adapters.

• Vertical mounting for more effective wiring since most field wiring applications require entry from the top or bottom of

the cabinet.

• An LED for a quick visual cue to draw the Maintenance Technician’s eye to important status information of relay and

active signal conditioning adapters.

GE Multilin 750/760 Ground Overcurrent Protection

Ground Overcurrent Protection

Firmly grounded and low impedance grounded distribution systems require fast ground fault clearance to

limit equipment damage.

the 750/760 provides ground fault protection with the following features

– Neutral IOC and TOC

– Grounding IOC and TOC

The 750/760 allows the use of directional elements to supervise ground overcurrent protection elements.

This means that the 750/760 can be used to provide sensitive tripping for unidirectional faults.

Typical applications for directional overcurrent protection include

– Isolating faulty feeders in ring bus or parallel feeder arrangements.

– Protection against faults in the return mains supply from generators in industrial plants

– Sensitive high-speed earth protection for transformers

Sensitive earthing and Restrictive Earth Fault (REF) protection

The sensitive earth and restricted earth fault protection function provides sensitive detection of earth

faults.

Sensitive ground fault protection includes

– Instantaneous (50N) and timed (51N) – 2 levels

– Directional monitoring distinguishes between forward and reverse faults.

– Dual polarization (current and voltage) for maximum safety and reliability

750/ 760 for transformer backup protection (grounded converter windings and autotransformers) with

RGF function.

Multilin 750/760 Each TOC element has the following programmable features

Protection and Control

The 750/760 Feeder Protection System is a digital relay for the management, primary protection and

control of distribution feeders.

This easy-to-use relay provides comprehensive protection functions for feeders and backup protection for

buses,transformers and transmission lines while reducing product life cycle costs.

Time and Instantaneous Overcurrent

The 750/760 has a two-phase TOC element with level detectors for each phase.

750/760 also has two overcurrent elements, most commonly used for primary and backup protection.

Each TOC element has the following programmable features:

– Pickup current levels for tripping, alarming, or control

– Choice of 15 curve shapes (including FlexCurves) and curve multipliers

– Instantaneous or linear reset time characteristics

– Voltage limiting

The 750/760 has two phase IOC elements, each with a level detector.

Each IOC element has a programmable pickup current, a time delay after which the current

must exceed the pickup current to operate, and a minimum number of phases required to operate.

GE Multilin 750/760 Feeder Protection System

Applications

– Primary protection and control of distribution feeders for solidly grounded,

high impedance grounded or resonant (Peterson coil) grounded systems

– Busbar blocking/interlocking schemes

– High-speed fault detection for arc-flash mitigation

– Load shedding schemes (bus transfer scheme applications)

– Load shedding schemes based on voltage and frequency elements

– Backup protection for transmission lines, feeders and transformers

– Distributed generation (DG) interconnection protection

The 750/760 Feeder Protection System is a digital relay for the management, primary protection and

control of distribution feeders.

This easy-to-use relay provides comprehensive protection functions for feeders and backup protection for

buses,transformers and transmission lines while reducing product life cycle costs.

Time and Instantaneous Overcurrent

The 750/760 has a two-phase TOC element with level detectors for each phase.

750/760 also has two overcurrent elements, most commonly used for primary and backup protection.

ABB UNITROL® 1000 Easy to use and install

Easy to use and install

ABB UNITROL® 1000 Compact System comes equipped with an extensive number of technical highlights

that make it easy to use and fast to install. Ideal for power plants and shipyards, very limited excitation

expertise is required to handle it.

Advantages

• Space-saving design: Among the smallest in

its class, perfect for compact spaces

• Cost-effective: Reduced installation,

commissioning, and maintenance costs due

to its compact, pre-engineered setup.

• Cyber-Secure: Compliant with DNV Cyber Security Profile 1.

• High Availability: Dual-channel version

ensures continuous operation even if one channel fails.

• Fast to commission, even with limited

experience with excitation systems through

the AVR & PSS tuning assistant software.

• Grid code compliant: Embedded PSS

functions ensure compliance without extradevices.

• Experts support: Experts available remotely

or onsite for commissioning support. In

house expertise for regulation optimization

and grid connection studies

ABB The optimal pre-engineered control solution for land based

The optimal pre-engineered control solution for land based and marine applications

When space and speed are of

essence, a small pre-packaged and

pre-tested excitation system is the

key to a successful project delivery.

ABB UNITROL® 1000 Compact

System is a pre-engineered

excitation system, conveniently

mounted on a backplate for easy

installation and seamless integration

with any generator control system.

As one of the smallest systems in its category,

it is the perfect solution for locations where

space is critical, making it ideal for new

installations or upgrade projects.

Designed for applications requiring single or

dual channel Automatic Voltage Regulators

(AVR), every version of the new Compact

System comes equipped with UNITROL® 1020 FULL.

This ensures all functionalities are inherited and

compliant with the DNV Cyber Security Profile 1

(based on IEC 62443) regulations. Additionally,

Power System Stabilizing (PSS) capabilities can

be optionally included.

All UNITROL® 1000 Compact Systems are pre

mounted and wired on a backplate, and

thoroughly tested before delivery, significantly

reducing the need for onsite adjustments and

minimizing wiring errors.

ABB EL3020 Barometric pressure variation

Temperature effects

Ambient temperature within the permissible range

– At zero point: ≤ 2 % of range per 10 °C – At sensitivity without thermostat:

≤ 3 % of the measured value per 10 °C – Sensitivity with thermostat (optional):

Sensitivity with thermostat (optional): ≤ 2 % of measured value per 10 °C

Thermostat temperature = 55 °C

Barometric influences – At zero point: No influence – Sensitivity during pressure correction by means of

integral pressure sensor

Per 1 % barometric pressure change: ≤ 0.2 % of measured value

Barometric pressure variation

If a hose is used for the internal gas line, the pressure sensor is located in the sampling gas line.

If a hose is used for the internal gas line, the pressure sensor is routed externally through the hose.

Operating range of the pressure sensor: pabs = 600-1250 hPa

Power supply influences

Voltage and frequency within the permissible range: no effect

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