shunt trip abb tmax

SACE Tmax XT

The SACE® Tmax® XT molded case circuit breaker (MCCB) range helps ensure extreme performance and protection features up to 1200 amps. Tmax XT MCCBs are designed to maximize ease of use, integration and connectivity, and are built to deliver safety, reliability and quality.

Product scope

Tmax XT1 —125 A frame available up to 480 V Delta UL. Thermal-magnetic, MCS and MCP trip units. Max. interrupt rating of 65 kA at 480 V. Offers savings versus 600V rated systems in most distribution applications.
Tmax XT2 — 125 A frame available up to 600 V UL. Thermal-magnetic, MCS, MCP basic and advanced trip units. Max interrupt rating of 200 kA at 480 V, 42 kA at 600 V. Electronic trip units, high interrupt ratings, communications and embedded logic.
Tmax XT3 — 225 A frame available up to 480 V Delta UL. Thermal-magnetic, MCS and MCP trip units. Max. interrupt rating of 35 kA at 480 V. Reliably covers 480 V applications. Rated for 25,000 mechanical operations.
Tmax XT4 — 250 A frame available up to 600 V UL. Thermal-magnetic, MCS, MCP basic and advanced trip units. Max interrupt rating of 200 kA at 480 V, 100 kA at 600 V. Advanced electronic trip offer embedded Bluetooth® communication, allowing interaction without direct contact.
Tmax XT5 — 600 A frame available up to 600 V UL. Thermal-magnetic, MCS, MCP basic and advanced trip units. Max interrupt rating of 200 kA at 480 V, 100 kA at 600 V. Advanced electronic trip units are future-ready with the ability to download additional measurements and logic in the field from the ABB Marketplace™.
Tmax XT6 — 800 A frame available up to 600 V UL. Thermal-magnetic, MCS, MCP and basic electronic trip units. Max. interrupt rating of 65 kA at 480 V, 35 kA at 600 V. Ideal for covering simple distribution economically. Snap-in accessories make field modifications easy.
Tmax XT7 — 1200 A frame available up to 600 V UL. MCS, MCP, basic and advanced electronic trip units. Max. interrupt rating of 100 kA at 480 V, 65 kA at 600 V. A powerful package capable of monitoring and controlling distribution.
Tmax XT7M — 1200 A frame available up to 600 V UL. MCS, MCP, basic and advanced electronic trip units. Max. interrupt rating of 100 kA at 480 V, 65 kA at 600 V, integrated stored energy mechanism allows easier operation. An optional spring charging motor allows effortless power control.

Features and benefits

An efficient product that prevents overdesign

XT1 and XT3 allow you to buy 480V when you need 480V, and save versus 600V rated breakers
Thermal Magnetic trip units are offered up to 800A – offering savings versus electronic trip breakers
Upgrade trip units in the field to support future plans, and use exactly the protections you need without buying ones you don’t with Ekip Touch trip units

Advanced features to cover every need

1% Accuracy embedded power metering
Embedded software to handle load shedding, automatic transfer switching, and microgrid applications
Power quality, voltage, and frequency measurement and alarms
Adaptive protections for complex systems
I/O and temperature monitoring

A global platform

UL products rated for CSA and IEC
CCC for China available
Serviceability across the globe

Easy integration into building and automation systems

10+ Native-spoken communication protocols make integration easier
IEC61850 capability allows MV and LV to speak the same language

Publications

SACE Tmax XT – UL/CSA Catalog

SACE Tmax XT - Technical Characteristics

SACE Tmax XT – Brochure

Drawings Selector - Tmax XT

Got 60 seconds to learn why electrical contractors should install ABB’s Sace® Tmax® XT molded case circuit breakers on their next commercial construction project?

Other Molded Case Circuit Breakers (MCCB)

ABB Manuals
Circuit breakers
Operation and maintenance manual

ABB SACE Tmax XT7 Operation And Maintenance Manual

Installation instructions manual (19 pages)
Operating instructions manual (64 pages)
Manual (17 pages)
page of 193 Go / 193

Troubleshooting
Introduction
Trip Unit Overview
General Characteristics
Ekip Touch Models and Versions
Accessories and Software
Operating Features
Management Operations
Putting into Service
Maintenance and Troubleshooting
Ekip Touch - Interface and Menus
Presentation of Interface
Changing Parameters and Commands
PIN and Security
Protections
Standard Protections
Voltage Protections
Voltage Advanced Protections
Frequency Protections
Power Protections
ROCOF Protections
Protection Adaptive
Motor Protections
Additional Protections and Functions
Logic Selectivity
Performance Table
Ekip Touch - Measurements
Standard Measurements
Ekip Measuring Measurements
Class 1 Power & Energy Metering
Network Analyzer
Ekip Touch - Settings
Main Settings
Additional Settings
Ekip Touch - Test
Ekip Touch - Default
Ekip TOUCH Default Parameters
Internal Electronic Accessories
Rating Plug
Measurement
External Electronic Accessories
Introduction to the Electronic Accessories
Ekip Supply
Ekip Com Modbus RTU
Ekip Com Profibus DP
Ekip Com Devicenet
Ekip Com Modbus TCP
Ekip Com Profinet
Ekip Com Ethernet/Ip
Ekip Com IEC 61850
Ekip Com Hub
Ekip Signalling 2K
Ekip Synchrocheck
Ekip Signalling 3T
Other Electronic Accessories
Ekip Signalling 10K
Ekip Signalling Modbus TCP
Ekip Multimeter
S.G.R. Toroid
External Neutral
Ekip Com Actuator
Testing and Programming

Quick Links

1 Ekip Touch Models and Versions
Download this manual

Related Manuals for ABB SACE Tmax XT7

Circuit breakers ABB SACE Tmax XT7 Installation Instructions Manual

Summary of Contents for ABB SACE Tmax XT7

Page 1 DOC. N° 1SDH001821A1002 - ECN000135670 - Rev. C SACE Tmax XT Tmax low voltage moulded-case circuit-breakers XT7 Operation and maintenance manual for Ekip Touch Trip Units...
Page 2 ABB | SACE Tmax XT 2 | © 2020 ABB | 1SDH001821A1002 - ECN000135670...

Page 3: Table Of Contents

Page 4 1SDH001821A1002 - ECN000135670 II | © 2020 ABB SACE Tmax XT...

Page 5: Glossary

Page 6: introduction, page 7: safety, page 8: trip unit overview, page 9: ekip touch models and versions.

Page 10 Adaptive protections Class 1 Power & Energy Metering Datalogger Network Analyzer package only available at the time the circuit-breaker is ordered 8 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 2 - Ekip Touch models and versions...
Page 11 Ekip Hi-Touch has certain protections of the complete package by default; the remaining protections in the package can be activated on request 9 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 2 - Ekip Touch models and versions...
Page 12 Ekip M Touch has certain protections of the complete package by default; the remaining protections in the package can be activated on request package only available at the time the circuit-breaker is ordered 10 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 2 - Ekip Touch models and versions...
Page 13 Ekip G Touch has certain protections of the complete package by default; the remaining protections in the package can be activated on request 11 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 2 - Ekip Touch models and versions...
Page 14 Power protections ROCOF protections Adaptive protections Standard Measurements Ekip Measuring Measurements Class 1 Power & Energy Metering Datalogger Network Analyzer 12 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 2 - Ekip Touch models and versions...

Page 15: Accessories And Software

Page 16 • UniSec, for configuring medium voltage switchgear Front CAD Software comprising libraries of block graphics for ABB panel-making products to be used with the latest versions of AutoCAD, AutoCAD LT, IntelliCAD NOTE: the link launches the software package download, which requires about 190 Mb of space.
Page 17 General features of Ekip Signalling 3T module (1SDC210109D0201) How to tackle Cyber Security General overview of how to deal with Cyber Security (1SDC210111D0201) 15 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Trip unit Overview | 3 - Accessories and software...

Page 18: Operating Features

Page 19: management operations.

Page 20 4. Perform an opening test from the (Test-Test CB menu, Open CB) command and controlled) if check that the CB has switched present 5. Repeat the test by imparting a close command (Close CB) 18 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Management operations | 1 - Putting into service...

Page 21: Maintenance And Troubleshooting

Page 22 IEEE1588 synch Synchronization problem of IEEE 1588 synchronization reference module MAC Address Ekip Com module detected with incorrect / not allowed MAC address, contact ABB. Ekip Installation Installation error between HMI and Mainboard, contact ABB Measuring Install Measurement module (Settings-Circuit breaker-Installation-Measuring-Install)
Page 23 NOTE: check error messages on display before consulting the table; if the suggestions given fail to resolve the problem, call the ABB assistance service and provide the report produced by the Ekip Connect software if possible...
Page 24 It is not possible to charge the The operating mechanism is closing springs by means of the Contact ABB blocked manual charging lever Continued on the next page 22 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Management operations | 2 - Maintenance and troubleshooting...
Page 25 Correct operating condition. Display off and/or not backlit values Temperature outside range Correct operating condition. Continued on the next page 23 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Management operations | 2 - Maintenance and troubleshooting...
Page 26 • faulty internal wiring 4. Working in safety conditions, close the CB and perform a trip test via the trip unit Contact ABB if problems persist 24 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Management operations | 2 - Maintenance and troubleshooting...
Page 27 Protection threshold VDIR > 828V (690 x1.2) VS Th > 690*1.4 One of the two thresholds of protection VS Warning > 828V (690 x1.2) 25 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Management operations | 2 - Maintenance and troubleshooting...

Page 28: Ekip Touch - Interface And Menus

Page 29 IMPORTANT: only use cables supplied by ABB or with ABB accessories 27 | © 2020 ABB | 1SDH001821A1002 - ECN000135670...

Page 30: Navigation

Page 31 To consult a parameter, it just needs to be selected. Consult the dedicated section for instructions on how to configure and save the parameters (page 39). 29 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 2 - Navigation...

Page 32: Graphic

Page 33 NOTE: each page can be set as the main page by pressing HOME, holding it for five seconds and confirming the message on the display 31 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 3 - Graphic pages...
Page 34 NOTE: each page can be set as the main page by pressing HOME, holding it for five seconds and confirming the message on the display 32 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 3 - Graphic pages...
Page 35 Warning, error or prealarm About Timing due to tripped protection The complete list of alarms is given on page 19. 33 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 3 - Graphic pages...

Page 36: Menu

Page 37 Rating Plug toroid Rc available when type is installed in unit and when presence of has been previously activated in Settings menu 35 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 4 - Menu...
Page 38 Ekip Synchrocheck module is present available if provided for by Trip unit model or if Network Analyzer SW package has been activated 36 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 4 - Menu...
Page 39 Trip unit model or if relative SW package has been activated available with Ekip M Touch available with LSIG versions 37 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 4 - Menu...
Page 40 Class 1 Power & Energy Metering SW package is provided for by Trip unit module or if it has been previously activated available if one or more modules are connected and detected by unit 38 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 4 - Menu...

Page 41: Changing Parameters And Commands

Page 42 • if the Trip unit detects an incorrect condition, the relative details appear on the display and command execution is annulled. WARNING! aborting the programming affects all the parameters modified during the same session 40 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Interface and menus | 5 - Changing parameters and commands...

Page 43: Pin And Security

Page 44: protections, page 45: standard protections.

Page 46 12 In • with CB in UL standard configuration, the only available curve is t = k/I 44 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 47 • the block functions and type of selectivity can also be accessed by means of the service connector (via Ekip Connect) or communication via system bus (page 75) • with CB in UL standard configuration, the maximum value of t2 is 400 ms 45 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 48 • the block functions and type of selectivity can also be accessed by means of the service connector (via Ekip Connect) or communication via system bus (page 77) • with CB in UL standard configuration, the maximum value of t5 is 400 ms 46 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 49 • I protection can be activated with MCR protection disabled • the block functions can also be accessed by means of the service connector (via Ekip Connect) or communication via system bus (page 78) 47 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 50 The value is given in seconds and can be set within the range: 0.1 s to 30 s, in 0.01 s steps Continued on the next page 48 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 51 Limitations and additional functions The block functions can also be accessed by means of the service connector (via Ekip Connect) or communication via system bus (page 75) 49 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 52 When protection 2I is activated, the message “2I active” appears in the diagnostic bar and in the Alarm List page, and the alarm led will be on steady. 50 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 53 • Iu is the size of the CB WARNING! With 150% and 200% threshold; if the measured neutral current exceeds 16In, the Trip unit resets the protection to 100% by itself 51 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...
Page 54 Vaux, output YO is commanded until the Trip unit detects the CB Open state (make sure that YO, Ekip Actuator, YO coil supply are present) 52 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 7 - Standard Protections...

Page 55: Voltage Protections

Page 56 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 75). 54 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 8 - Voltage protections...
Page 57 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 55 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 8 - Voltage protections...

Page 58: Voltage Advanced Protections

Page 59 • the summary table of the protections with the calculation formulas (page 88) • the graph with trip curve (page 101) Continued on the next page 57 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 9 - Voltage Advanced protections...
Page 60 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 58 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 9 - Voltage Advanced protections...
Page 61 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 59 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 9 - Voltage Advanced protections...

Page 62: Frequency Protections

Page 63 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 61 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 10 - Frequency protections...
Page 64 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 62 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 10 - Frequency protections...

Page 65: Power Protections

Page 66 The value is given in seconds and can be set within the range: 0.1 s to 0.8 s, in 0.01 s steps Continued on the next page 64 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 11 - Power protections...
Page 67 65 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 11 - Power protections...
Page 68 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 66 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 11 - Power protections...
Page 69 • summary table of the protections with the operating characteristics (page 88) • the graph with trip curve (page 105) Continued on the next page 67 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 11 - Power protections...
Page 70 Activates/deactivates the protection and availability of the threshold in the Enable menu Defines the value that activates the protection; can be set within the range: Threshold 0,95 0.5 to 0.95 in 0.01 steps 68 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 11 - Power protections...

Page 71: Rocof Protections

Page 72: protection adaptive, page 73: motor protections.

Page 74 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 72 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 14 - Motor protections...
Page 75 The block functions can also be accessed by means of the service connector (via Ekip Connect) or by connection to the system bus (page 78). 73 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 14 - Motor protections...
Page 76 Enable parameters menu Activates/deactivates transmission of the open command: if disabled, Trip Enable the alarm and exceedance of protection time are only managed as information 74 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 14 - Motor protections...

Page 77: Additional Protections And Functions

Page 78 • The other devices are blocked for a programmable time NOTES: • connection can be made between ABB devices that have the zone selectivity function • disable the zone selectivities of protections S, S2, I, 2I, MCR, G, Gext and MDGF to correctly...
Page 79 IMPORTANT: in the Customized configuration, the only zone selectivity activation event is the one set and standard selectivity operation is therefore not active (changes should only be made by expert technical personnel). 77 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 80 IMPORTANT: if the function is activated, the blocks are deactivated during startup (except for BlockOnStartup, which functions during this period) 78 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 81 The prealarm condition deactivates in two cases: • current lower than prealarm threshold I41 • current higher than threshold I41 Continued on the next page 79 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 82 Toroid configuration is available in the Settings menu (page 37) Parameter Description Default It allows the presence of toroid MDGF to be activated External Toroid Continued on the next page 80 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 83 • with CB in UL standard configuration, some parameters have different maximum values: I41 maximum = 1200A, Startup maximum = 1200A, t41 maximum = 400ms 81 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 84 • Measurement module assembled and installed protection activation includes checking for the presence of toroid Rc and signaling on the diagnosis bar in the event of alarm/absence 82 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 85 (In) and can be set within the range: 0.1 In to 10 In, in 3 In 0.01 In steps Figure 33 83 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...
Page 86 0 s to 100 s, in 0.1 s steps IMPORTANT: the commands are sent if all the operating conditions expected by the unit are present (connections, power supplies, alarms, etc.) 84 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 15 - Additional protections and functions...

Page 87: Logic Selectivity

Page 88 Ekip Touch must also be connected to the Link Bus and associated with Ekip Touch, while the function need not be enabled for them (the Selectivity Actor parameter need not be assigned value: True) 86 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 16 - Logic selectivity...

Page 89: Performance Table

Page 90 ≥ 5 s: ± 100 ms / with t23 < 5 s: the UP StartUp = t23 startup ± 10 % best between ± 10 % and ± 40 ms 88 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 17 - Performance table...
Page 91 ± 10 % and ± 40 ms MDGF StartUp = t41 startup ± 7 % the best between: ± 10 % and ± 40 ms 89 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 17 - Performance table...
Page 92 ± 20 %; in the case of single-phase self-supply: ± 10 % the highest between ± 20 % and 30 ms Other ± 20 % 90 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 17 - Performance table...

Page 93: Functions

Page 94 ABB | SACE Tmax XT Function L (IEC 60255-151 SI) Function L (IEC 60255-151 VI) 92 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 95 ABB | SACE Tmax XT Function L (IEC 60255-151 EI) Function L (t = k/I 93 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 96 ABB | SACE Tmax XT Function L (Ekip M Touch) Function S (t = k/I 94 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 97 ABB | SACE Tmax XT Function S (t = k) \ Function S2 95 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 98 ABB | SACE Tmax XT Function I \ Function MCR Function 2I 18kA 96 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 99 ABB | SACE Tmax XT Function G (t = k/I ) \ Function Gext (t = k/I Function G (t = k) \Function Gext (t = k) 97 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 100 ABB | SACE Tmax XT Function MDGF (t = k/I Function MDGF (t = k) UL MAX SETTING 1200A 0,05 .. 1 IEC 0,05 .. 0,4 UL 98 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 101 ABB | SACE Tmax XT Function IU Function UV \ Function UV2 99 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 102 ABB | SACE Tmax XT Function OV \ Function OV2 Function VU 100 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 103 ABB | SACE Tmax XT Function S(V) \ Function S2(V) Function RV 101 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 104 ABB | SACE Tmax XT Function UF \ Function UF2 Function OF \ Function OF2 102 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 105 ABB | SACE Tmax XT Function RP Function D 103 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 106 ABB | SACE Tmax XT Function OQ Function OP 104 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 107 ABB | SACE Tmax XT Function UP Function RQ 105 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 108 ABB | SACE Tmax XT Function ROCOF Function R JAM 106 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 109 ABB | SACE Tmax XT Function R STALL Function UC 107 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...
Page 110 ABB | SACE Tmax XT Function RC 108 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Protections | 18 - Functions...

Page 111: Ekip Touch - Measurements

Page 112 Press the iTEST button four times from any page other than a menu, or a other conditions page accessed via a menu 110 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 1 - Standard Measurements...
Page 113 The Reset measurements command is available in the Measurements - Historicals - Measurements menu, for the purpose of resetting all the recordings 111 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 1 - Standard Measurements...
Page 114 • number of trips due to protection trips (TRIP) • number of trips due to failed protection trips (TRIP) • number of trip tests performed 112 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 1 - Standard Measurements...

Page 115: Ekip Measuring Measurements

Page 116 “_ _ _” (not available) is indicated Peak factor 0,3 ÷ 6In 1,5% for currents outside the range and disconnected sensors 114 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 2 - Ekip Measuring Measurements...
Page 117 Reset measurements The Energy RESET command is available in the Energy menu for the purpose of resetting the energy counters (page 36). 115 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 2 - Ekip Measuring Measurements...

Page 118: Class 1 Power & Energy Metering

Page 119: datalogger.

Page 120 • Datalogger for configuring the recording parameters with a user-friendly interface, and for downloading the recordings • Data Viewer for opening and consulting the recordings Both areas are available in the Tools menu of Ekip Connect. 118 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 4 - Datalogger...

Page 121: Network Analyzer

Page 122 Control threshold of the THD Current counter Threshold Voltage Single Control threshold of the single harmonics counters of the harmonic th currents 120 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...
Page 123 L1, L2, L3, Ne Instantaneous harmonic distortion value of each current phase THD Voltages U12, U23, U31 Instantaneous harmonic distortion value of each line-to-line voltage 121 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...
Page 124 Actual [day -2 ... day -7] V microinterr count of the last seven days of activity, calculated using the number of I. internal clock of the unit 122 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...
Page 125 Sags Short count of the last seven days of activity, calculated using the internal number of S. clock of the unit Continued on the next page 123 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...
Page 126 Actual [day -2 ... day -7] Swells Long count of the last seven days of activity, calculated using the number of S. internal clock of the unit 124 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...
Page 127 The command for exiting the page is at the top left (5). 125 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Measurements | 5 - Network Analyzer...

Page 128: Ekip Touch - Settings

Page 129 Service L3 authorized person, the dedicated menu will neither be present, nor visible nor usable. The icons will not be shown on the screen if Bluetooth is disabled 127 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Settings | 1 - Main settings...
Page 130 Menu of every module connected and detected (from page 141) Access to the LOCAL Switch On and RESET signaling functions (from Functions page 84) 128 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Settings | 1 - Main settings...
Page 131 Maintenance The parameter allows an alarm, concerning maintenance of the unit, to be enabled/disabled. (page 112). Ekip Touch is supplied with the parameter set to: On. 129 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Settings | 1 - Main settings...
Page 132 The value is given in seconds and can be set within the Time range: 1 s to 1000 s, in 1 s steps 130 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Settings | 1 - Main settings...

Page 133: Additional Settings

Page 134 Wizard Reset Reset Wizard: the Wizard window appears on Ekip Touch at the first power-on and can be used to enter some of the parameters of the unit. 132 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Settings | 2 - Additional settings...

Page 135: Ekip Touch - Test

Page 136 (of the toroid and power supplies of the unit) and that TRIP is accomplished 134 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Ekip Touch - Test | 1 - Test...

Page 137: Ekip Touch - Default

Page 138: internal electronic accessories, page 139: measurement.

Page 140 WARNING! if the Class 1 Power & Energy Metering package is present, module replacement could impair the performance values indicated on page 116; consult ABB to assess solutions able to comply with your requirements 138 | © 2020 ABB | 1SDH001821A1002 - ECN000135670...

Page 141: External Electronic Accessories

Page 142: ekip supply, page 143: ekip com modbus rtu.

Page 144 Move dip-switches 3 and 4 to the ON position to connect Rpol IMPORTANT: move the dip-switches before connecting the module to Ekip Supply and the communication network 142 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 2 - Ekip Com Modbus RTU...
Page 145 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 143 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 2 - Ekip Com Modbus RTU...

Page 146: Ekip Com Profibus Dp

Page 147 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 145 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 3 - Ekip Com Profibus DP...

Page 148: Ekip Com Devicenet

Page 149 • the termination resistors must never be installed at the end of a drop line but only at the ends of the main trunk line 147 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 4 - Ekip Com DeviceNet TM...
Page 150 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 148 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 4 - Ekip Com DeviceNet TM...

Page 151: Ekip Com Modbus Tcp

Page 152 Indicates the communication state: Activity (2) • off: no activity on line • flashing: activity on line present (receiving and/or transmitting) 150 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 5 - Ekip Com Modbus TCP...
Page 153 TCP Client 1, 2, 3 IP addresses of the client devices connected to the module (in the Server mode) Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device 151 | ©...
Page 154 Valid with Master IEEE 1588= ON, notifies the presence (Slave or PTP Master IEEE 1588 status Active) or absence (PTP Master but Passive) of the higher level master 152 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 5 - Ekip Com Modbus TCP...

Page 155: Ekip Com Profinet

Page 156 Description Identifier and SW version of the module SN and version Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device Remote information Certain additional information concerning the version and status of the module is available via the service connector (via Ekip Connect) or by communication via system bus;...

Page 157: Ekip Com Ethernet/Ip

Page 158 When there are several subnets, enables the IP address of Static Gateway address 0.0.0.0 the node to which the module is connected to be selected 156 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 7 - Ekip Com EtherNet/IP TM...
Page 159 IP address of the node to which the module is connected, in the presence of several Gateway address subnets Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device...

Page 160: Ekip Com Iec 61850

Page 161 Indicates the communication state: Activity (2) • off: no activity on line • flashing: activity on line present (receiving and/or transmitting) 159 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 8 - Ekip Com IEC 61850...
Page 162 IP address of the node to which the module is connected, in the presence of Gateway address several subnets Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device...
Page 163 (from E to R) selectivity arising from logic defined in the configuration files loaded in module IEC 61850 Zone selectivity remote inputs 161 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 8 - Ekip Com IEC 61850...

Page 164: Ekip Link

Page 165 • on steady: connection correct Indicates the communication state: Activity (2) • off: no activity on line • flashing: activity on line present (receiving and/or transmitting) 163 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 9 - Ekip Link...
Page 166 IP address of the node to which the module is connected, in the presence of Gateway address several subnets Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device...
Page 167 Status (true/false) of remote programmable statuses A, B, C and D Value of remote programmable Words A, B, C, D Remote Status Word Logic selectivity states (inputs and outputs) Logic Zone Selectivity 165 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 9 - Ekip Link...

Page 168: Ekip Com Hub

Page 169 Enables the firmware of the module to be updated. There are two parameters: Remote firmware update • Enable, to configure firmware download Automatic • Automatic, to automate module updating 167 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 10 - Ekip Com Hub...
Page 170 IP address of the node to which the module is connected, in the presence of several Gateway address subnets Address assigned by ABB, with OUI (Organizationally Unique Identifier) equal to MAC address ac:d3:64, which uniquely identifies the manufacturer of an Ethernet device...
Page 171 Application status Operation progress indicators General indicators of the module: SNTP status, flash, cable Status connection, FW availability, file errors, etc. 169 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 10 - Ekip Com Hub...

Page 172: Ekip Signalling 2K

Page 173 1000 V AC (1 minute @ 50 Hz). Dielectric strength between each contact and coil 1000 V AC (1 minute @ 50 Hz). data relating to a resistive load 171 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 11 - Ekip Signalling 2K...
Page 174 • if the input is deactivated before this time has elapsed the status change is not recognized • if delay = 0 s status change must still be more than 300 µS 172 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 11 - Ekip Signalling 2K...
Page 175 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 173 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 11 - Ekip Signalling 2K...

Page 176: Ekip Synchrocheck

Page 177 1000 V AC (1 minute @ 50 Hz). data relating to a resistive load Interface the module has three signaling leds: Figure 53 Continued on the next page 175 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 12 - Ekip Synchrocheck...
Page 178 100 V (Volts) and can be set within the range: 100 V to 1150 V in variable steps. Continued on the next page 176 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 12 - Ekip Synchrocheck...
Page 179 Delta Frequency and Delta Phase conditions. Owing to worst case latencies, the time that effectively elapses before synchronism is recognized may be longer than the set time (approx. 20 ms) 177 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 12 - Ekip Synchrocheck...
Page 180 ± 10% unless the parameter value is 0.02 Un, in which case accuracy is ± 20% the characteristics of the voltage and frequency measurements coincide with those given on the internal sockets (page 109) 178 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 12 - Ekip Synchrocheck...
Page 181 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 179 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 12 - Ekip Synchrocheck...

Page 182: Ekip Signalling 3T

Page 183 I51 Current 4-20mA (for 3T-2). Parameter Description Default Enables the specific input and relative alarm state and signaling Enable Enabled controls to be activated 181 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 13 - Ekip Signalling 3T...
Page 184 0% to 30 %, in 0.1% steps (each step equivalent to 0.016µA) States and alarms The state of all control thresholds can be checked in the Warnings/Alarms page 182 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 13 - Ekip Signalling 3T...

Page 185: Ekip Ci

Page 186 The specific configuration, measurement, test and information areas will activate in the respective menus if the Ekip CI module is detected correctly by Ekip Touch. 184 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 14 - Ekip CI...
Page 187 (via Ekip Connect) or by communication via system bus; the information includes: HW and Boot version, CRC status (correctness of the SW in the module). 185 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 External electronic accessories | 14 - Ekip CI...

Page 188: Other Electronic Accessories

Page 189: ekip multimeter, page 190: external neutral, page 191: testing and programming.

Page 192 ABB | SACE Tmax XT 190 | © 2020 ABB | 1SDH001821A1002 - ECN000135670 Other electronic accessories | 10 - Testing and Programming...

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Trip unit simulator

Welcome to the section dedicated to the simulators of the trip units that protect abb sace circuit-breakers. this simulator will allow you to explore the interface, make a configuration, display the signals and conduct an operating simulation. you can select the required protection trip unit either directly or by pre-selecting the circuit-breaker in question. you can also print all the simulation masks. click here to download the "tmax trip unit simulator.zip" file, then extract the files to your desktop and finally launch the file "interactive_trip_units.exe"., other simulators.

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