Discover TeSys U motor starters open version Starter-controller Non-reversing power bases

Discover TeSys U motor starters open version Starter-controller Non-reversing power bases DB0 DB0 LUB, LUB LUB 0, LUB 0 Two types of bases are available, each in two versions: b LUB, LUB Standard power bases: A and A versions. b Advanced power bases for use in conjunction with LUB0, LUB0 function or communication module: A and A versions. Common characteristics b Breaking capacity: 0 ka at 00 V. b Ratings: A or A at 00 V. b Built-in auxiliary contacts: max. operating voltage (Up): 90 V AC, 0 V DC. Max. current (Ith): A NO, NC. b Guaranteed continuity of service (complete coordination) between the protection and control functions to EN 097--. b Connection by screw clamp terminal. References for Standard power bases Voltage (V) y 0 V 00 V 90 V Reference Weight () Rating (A) 9 LUB 0.900 Breaking 0 0 capacity (ka) Rating (A) LUB.70 Breaking capacity (ka) 0 0 9 The Standard bases are fitted with auxiliary contacts and a fixed terminal block. References for Advanced power bases Voltage (V) y 0 V 00 V 90 V Reference Weight () Rating (A) 9 LUB B0 0. Breaking 0 0 capacity (ka) Rating (A) LUB B0 0. Breaking capacity (ka) 0 0 9 Terminal blocks for Advanced power bases b types of terminal blocks are available, providing different types of pole status remote indication and coil control. b A cover is always supplied for each terminal block so that the top cavity of the base designed to receive the function modules (communication, alarm, etc.) can be closed off, if necessary. DF090 DF09 DF090 Terminal block for built-in auxiliary contacts Description Single terminal block for wire remote indication and local coil control Terminal block with status remote indication cable to communication module LUF C00, LUL C0, ASILUF C, local coil control Terminal block with a cable for controlling the coil via communication module LUL C07, LUL C0, LUL C09, LUL C, wire remote indication Reference LU9B N LU9B NC LU9B NL /

Discover TeSys U motor starters open version Starter-controller Non-reversing and reversing power bases DF0 DB07 DB0 Vertical mounting "Reverser" power bases The reverser power bases (non-reversing and reversing) consist of a combined power base and reverser block and are supplied as an assembled unit. They can also be assembled by the customer from units ordered separately. Common characteristics b Ratings: A or A at 00 V. b Built-in auxiliary contacts: max. operating voltage (Up): 90 V AC, 0 V DC Max. current. (Ith): A NO, NC. b Guaranteed continuity of service (complete coordination) between the protection and control functions to EN 097--. b Connection by screw clamp terminal. References for Reverser power bases Voltage (V) y 0V 00 V 90 V Reference Weight () Rating (A) 9 LU B.70 Breaking 0 0 capacity (ka) Rating (A) LU B.70 Breaking capacity (ka) 0 0 9 Reverser to be assembled: solutions Assembly components Description A and A bases DB0 Side mounting Reference LUB, 0 A and 0 A bases LUB 0, 0 Prewired reverse control link LU9M RC Reverser block for vertical mounting LUM B0 Single terminal block for built-in auxiliary contacts LU9 M Terminal block for wired control connection LU9M R 9 Reverser block for side mounting LUM B0 7 Terminal block with contact status remote indication cable to LULC communication module 9 Terminal block with jumper for controlling the coil via LULC communication module 9 LU9M RC LU9M RL 7 Full power base references One or two letters must be added to the power base reference to identify the control voltage of its coil. Example: LUBB = A power base with V AC coil control Volts 7 0 0 c BL a B c or a ES () FU () () c : 7 V, a : V. () c : 0 0 V, a : 0...0 V. /

Signalling contacts Non-reversing power base DB009 Reminder: TeSys U is similar to a motor protection circuit breaker and a contactor sharing the same power contacts (poles). Monitoring TeSys U protection status Auxiliary contacts are used to identify the operating mode: OPERATION ALLOWED / FAULT-TRIGGERED STOP / OFF They reproduce the status of the rotary handle: (Operation allowed) / TRIP / OFF They can be similar to the contacts of a conventional circuit breaker: v open / closed circuit breaker v OK / tripped. locations for installing the contacts b in the function module cavity: plug-in box b on the side of the power base: side-mounting box. Covers and for empty cavities are supplied with the basic module. Item Composition Reference Weight () SD contact (NC / 9-9) LUA C 0.0 OF contact (NO / 7-) SD contact (NO / 97-9) LUA C0 0.0 OF contact (NO / 7-) OF contacts (NO) LUA E0 0.0 Monitoring the pole status of the TeSys U The auxiliary contacts are used to find the status of the load: b ON / OFF b They reproduce the status of the common power contacts (NO contacts) or the reverse status (NC contacts). Auxiliary contacts built into the TeSys U power base Generally used for self-holding NO contact (-) built-in NF contact (-) built-in b Module with two additional plug-in contacts Used as an extension to the built-in contacts, for automations, signalling. Item Composition Reference Weight () NO contacts (- and -) LUF N0 0.0 NC contact (-) and NO contact (-) LUF N 0.0 NF contacts (- and -) LUF N0 0.0 Electrical characteristics of the contacts Use of add-on and auxiliary contacts: ~ or = 0 V, Ith: A. /

Signalling contacts Non-reversing and reversing power base Monitoring TeSys U protection status DB00 The auxiliary contacts are used to identify the load running mode: b OPERATION ALLOWED / FAULT-TRIGGERED STOP / OFF. They reproduce the status of the rotary handle: (Operation allowed) / TRIP / OFF. They may be similar to the OF (Open/Closed) and SD (Fault indicating) contacts of a conventional circuit breaker. v OF contact: open / closed circuit breaker v SD contact: circuit breaker OK / tripped Covers and for empty cavities are supplied with the basic module locations for installing contacts b in a function module cavity: plug-in box b on the side of the power base: side-mounting box Item Composition Reference Weight () SD contact (NC / 9-9) OF contact (NO / 7-) SD contact (NO / 97-9) OF contact (NO / 7-) LUA C 0.0 LUA C0 0.0 OF contacts (NO) LUA E0 0.0 Monitoring the pole status of TeSys U: by auxiliary contacts b The auxiliary contacts are used to find the status of the load: ON / OFF. They reproduce the status of the common power contacts (NO contacts) or the reverse status (NC contacts). Additional plug-in module with auxiliary contacts The contacts built into the power base are used to control the reverser block. To remotely indicate the status of the power poles, one of the following accessories must be used. Item Composition Reference Weight () NO contact (-) LUF N0 0.0 NO contact (-) NF contact (-) LUF N 0.0 NF contacts (- and -) LUF N0 0.0 Monitoring the direction of rotation Auxiliary contacts are used to find the direction of the load control: FORWARD / REVERSED. They reproduce the status of the reverser block power contacts. Auxiliary contact built into the reverser block Generally used to indicate the direction of rotation of a motor. reversing contact ( - - ). Electrical characteristics of the contacts Use of add-on and auxiliary contacts: ~or = 0 V, Ith: A. /

TeSys motor starters open version Pre-wired system for power connections DB0 Pre-wired system for power connections up to A Description Application Pitch mm Item Sold in lots of Unit reference Weight Sets of -pole A tap-offs GV G 0.0 busbars GV G 0.0 tap-offs GV G 0.0 GV G 0.00 tap-offs GV G 0.77 Protective end cover Terminal block for supply to one or more busbar sets GV G 0.0 tap-offs GV G 0.00 For unused busbar outlet GV G0 0.00 GV G09 0.00 DB0 Pre-wired system for power connections up to 0 A The busbar can be screw-mounted onto any support. Set of -pole busbars: -phase + neutral or -phase + common Number of tap-off units at mm intervals Item Length mm Mounting in enclosure width mm Reference Weight 00 AK JB 0.900 Removable -phase power sockets Number of points Thermal Item Cable Sold in Unit reference Weight used on the busbar current system length lots of 00 AK PC () 0.00 0 AK PC () 0.0 000 AK PCL () 0.00 /

TeSys motor starters open version Limiter blocks and accessories DB00 7 9 Limiter blocks and accessories Application Item Breaking capacity Iq y 0 V 90 V ka ka Limiterdisconnector () () 7 + 9 0 70 Direct on power base Mounting Unit reference Weight LUA LB () 0.0 Limiter () 00 Separate LA9 LB90 0.0 Limiter cartridge 9 0 70 Limiter-disconnector LUA LF 0. Clip-in marker holder On power bases, on reverser block, on parallel link splitter box LAD 90 () 0.00 () The rated peak current for the power sockets AK PC is ka. When used in association with power bases LUB, the prospective short-circuit current must not exceed 7 ka. () Supplied with limiter cartridge. () These devices make it possible to increase the breaking capacity of the power base. () Sold in lots of 00. () The limiter must be mounted on an LUB or LUB power base. The limiter can therefore not be common to several motor starters. DB999 Séparateur de phases Phase barrier LU9 SP0 must be used: b to build a UL 0 Type E certified starter (Self Protected Starter) b without the phase barrier, the starter-controller is certified UL 0 b if the starter-controller is to be used at an operational voltage of 90 V. Description Item Application Mounting Reference Weight Phase barrier LUB or LUB or 0 LUB or LUBB or 0 LUA LB Direct on terminals L, L, L LU9 SP0 0.00 /7

TeSys motor starters open version Extended rotary handle DB07 Allows a circuit-breaker or a TeSys U starter-controller installed in back of an enclosure to be operated from the front of the enclosure. The rotary handle can be black or red/yellow, IP or IP. It includes a function for locking the circuit breaker or the starter in the O (OFF) or (ON) position (depending on the type of rotary handle) by means of up to padlocks with a shank diameter of to mm. The extended shaft must be adjusted to the depth of the enclosure. The IP rotary handle is fixed with a nut (Ø ) to make it easier to assemble. Padlockable external controls Description Handle + mounting system kit Universal handle Shaft Shaft support plate for deep enclosure Retrofit accessory Laser Square accessory DB0 Padlockable external controls Handle + mounting system kit Description Item Reference Weight Black handle, with error status, IP LU9 APN 0.0 Red handle, with error status, IP LU9 APN 0.0 Red handle, without error status, IP LU9 APN 0.0 Black handle, IP GV APB 0.0 Red handle, IP GV APR 0.0 Red handle, IP GV APR 0.0 Shaft L = mm GV APA 0.0 Shaft support plate for deep enclosure Depth u 00 mm GV APK 0.00 Retrofit accessory GV APP0 0.0 DB0 Sticker (vendu par lot de 0) Warning label French GV APSFR English GV APSEN German GV APSDE Spanish GV APSES Chinese GV APSCN Portuguese GV APSPT Russian GV APSRU Italian GV APSIT /

0 References TeSys motor starters open version Remote controls - small handle DB0 Description Item Reference Weight Handle for mounting in the MCC drawer with fixing kit + + LU9 AP0 0. TEST RESET /9

Selection TeSys motor starters - open version Control units Operating characteristics Control units Standard Advanced Multifunction LUCA LUCB LUCC LUCD LUCM Thermal overload protection Overcurrent protection. x the setting current to 7 x the setting current Short-circuit protection Protection against phase loss. x the max. current Protection against phase imbalance Earth fault protection (equipment protection only) Tripping class 0 0 0 0 Motor type -phase Single-phase -phase Single-phase and -phase Thermal overload test function Overtorque No-load running Long starting time Reset method Manual Parameters can be set Automatic or remote With function module, or parameters can be set via the bus with a Parameters can be set communication module, see chart Parameters can be set via the bus with below. a communication module (see below). Alarm Log function Thermal overload alarm only with function module or communication module, see below. Possible for each type of fault. Indication on front panel of the control unit, via remote terminal, via PC or via PDA (). With communication modules to make use of these alarms via a bus, see below. Log of the last trips. Number of starts, number of trips, number of operating hours. Monitoring function Display of main motor parameters on front panel of the control unit, via remote terminal, via PC or via PDA (). 7 With function modules () Thermal overload alarm Thermal overload signalling and manual reset With module LUF W With module LUF DH Thermal overload signalling and automatic or remote reset Indication of motor load (analogue) With modules LUF DA0 and LUF DA0 With module LUF V 9 With communication module or via Modbus port on control unit LUCM () Starter status (ready, running, fault) With any communication module Reset method Parameters can be set via the bus Alarm With modules LUL C0, LUL C0, LUL C, LUL C07, LUL C0 and Remote reset via the bus Indication of motor load LUL C09 (thermal overload alarm only). With module LUL C0, LUL C0, LUL C, LUL C07, LUL C0 and LUL C09 and Modbus port on the control unit (alarm possible for all types of fault). Fault signalling and differentiation Remote programming and monitoring of all functions With modules LUL C0, LUL C0, Log function Monitoring function LUL C, LUL C07, LUL C0 and LUL C09 and Modbus port on the control unit. 0 Built-in function () PDA: Personal Digital Assistant. () Mounting possibilities: function module or communication module. Function provided with accessory /70

TeSys motor starters - open version Standard and advanced control units 09 07 LUCA pppp LUCB pppp Description Extraction and locking handle Test button (on advanced control unit only) Ir adjustment dial Locking of settings by sealing the transparent cover Sealing of locking handle Standard control units Maximum standard power Setting ratings of -phase motors range 0/0 Hz Clip-in mounting on power base Rating Reference, to be completed by adding the voltage code () Weight 00/0 V 00 V 90 V kw kw kw A A Class 0 for -phase motors 0.09 0. 0. and LUCA Xpp 0. 0. 0.. and LUCA Xpp 0.... and LUCA 0pp 0... 9 and LUCA pp 0. 7. 9. LUCA pp 0.. LUCA pp 0. LUB p + LUCA pppp Advanced control units Pressing the Test button on the front panel simulates tripping on thermal overload. Class 0 for -phase motors 0.09 0. 0. and LUCB Xpp 0.0 0. 0.. and LUCB Xpp 0.0... and LUCB 0pp 0.0.. 9 and LUCB pp 0.0 7. 9. LUCB pp 0.0. LUCB pp 0.0 Class 0 for single-phase motors 0. 0. and LUCC Xpp 0.0 0.09 0.. and LUCC Xpp 0.0 0.. and LUCC 0pp 0.0. and LUCC pp 0.0. LUCC pp 0.0 7. LUCC pp 0.0 07 Class 0 for -phase motors 0.09 0. 0. and LUCD Xpp 0.0 0. 0.. and LUCD Xpp 0.0... and LUCD 0pp 0.0.. 9 and LUCD pp 0.0 7. 9. LUCD pp 0.0. LUCD pp 0.0 7 () Standard control circuit voltages: Volts 7 0 0 c BL (), () a B c or a ES () FU () () Voltage code to be used for a starter-controller with communication module. () d.c. voltage with maximum ripple of ± 0 %. () c : 7 V, a : V. () c : 0 0 V, a : 0...0 V. LUB p + LUCB pppp 9 0 Characteristics: pages /9 and /0 Schemes: page / /7

TeSys motor starters - open version Multifunction control units 09 Description Extraction and locking handle Built-in display window ( lines, characters) -button keypad c V auxiliary power supply Modbus RS communication port. Connection by RJ connector. Sealing of locking handle 077 LUCMppBL The display window and keypad allow: b in configuration mode: local configuration of protection functions and alarms, b in run mode: display of parameter values and events. The Modbus communication port is used to connect: b an operator terminal, b a PC, b a Personal Digital Assistant (PDA). Multifunction control units Parameter entry, monitoring of parameter values and consultation of logs are carried out: b b b either on the front panel, using the built-in display window/keypad, or via an operator terminal, or via a PC or a PDA with PowerSuite software, or remotely, via a Modbus communication bus. b Programming of the product via the keypad requires a c V auxiliary power supply. Maximum standard power ratings of -phase motors 0/0 Hz Setting range Clip-in mounting on power base Rating Reference () Weight 00/ V 00 V 90 V kw kw kw A A 0.09 0. 0. and LUCM XBL 0.7 0. 0.. and LUCM XBL 0.7... and LUCM 0BL 0.7 LUB p + LUCM ppbl.. 9 and LUCM BL 0.7 7. 9. LUCM BL 0.7. LUCM BL 0.7 TeSys U user s manual () Application Language Reference Weight On CD-Rom Multi-language () LU9 CD 0.0 7 9 0 XBT NU00 HMI terminal This compact Magelis terminal enables the parameters of multifunction control unit LUCM to be read and modified. It is supplied pre-configured to provide dialogue with (Modbus protocol, application pages and alarm pages loaded). Starter-controller alarm and fault management takes priority. Language Display window Supply voltage Reference Weight Multi-language () lines of 0 characters c V XBT NU00 0.0 Connecting cable () Function Length Type Reference Weight Connects terminal XBT NU00 to a multifunction control unit.. m SUB-D -way female - RJ XBT Z9 0.00 () Input voltage c V with maximum ripple of ± 0 %. () The CD-Rom contains user s manuals for the AS-Interface and Modbus communication modules, multifunction control units and gateway modules, as well as the gateway programming software. () English, French, German, Italian, Spanish () If a terminal is used with several control units, this cable can be connected to a Modbus hub or to T-junctions (see page /9). Characteristics: pages /9 and /0 Schemes: pages / and /7 /7

TeSys motor starters - open version Function modules Function modules Output Item Application Reference Weight Thermal overload signalling and manual reset Module LUF DH makes it possible to differentiate thermal overload and shortcircuit faults. (The short-circuit fault can then be signalled via add-on contact blocks LUA C). The module includes two contacts for thermal overload signalling, as well as an LED on the front panel. To reset the motor starter, the operator must use the rotary knob on the power base. The module can only be used with an advanced control unit and requires an a/c 0 V external power supply. 09 N/O + N/C a or c 0 V LUF DH 0.00 Thermal overload signalling and automatic or remote reset These modules make it possible to differentiate thermal overload and short-circuit faults. (The short-circuit fault can then be signalled via add-on contact blocks LUA C). The modules include one contact for thermal overload signalling, as well as an LED on the front panel. A second contact (terminals Z-Z) must be wired in series with terminal A of the motor starter. In the event of a thermal overload fault, this wiring allows motor control to be switched off. The rotary knob on the power base will then stay in the ready position. Resetting of the motor starter is automatic after the required motor cooling time if terminals X-X are linked by a strap, or remote by pulsed closing of a volt-free contact connected to terminals X-X. LUB p + LUCB pppp + LUFW 0 or LUF Vp These modules can only be used with an advanced control unit and require an a/c 0 V external power supply. Note: Terminals X-X are not isolated from the signalling module power supply. For remote resetting, use a volt-free contact specific to each module to be reset. N/C a or c 0 V LUF DA0 0.0 N/O a or c 0 V LUF DA0 0.0 0 % 00 00 ma. kw kw 7. kw 0 ma Thermal overload alarm Through load shedding, this module makes it possible to avoid stoppages in operation due to overload tripping. Imminent thermal overload tripping is displayed as soon as the thermal state exceeds the threshold of 0 % (hysteresis = %). Signalling is possible via an LED on the front panel of the module and externally by an N/O relay output. It can only be used with an advanced control unit, from which it takes its power. N/O a or c 0 V LUF W0 0.0 Indication of motor load This module provides a signal which is representative of the motor load status (I average/ir). b I average = average value of the rms currents in the phases, Ir = value of the setting current. b The value of the signal (-0 ma) corresponds to a load status of 0 to 00 % (0 to 00 % for a single-phase load). It can be used with an advanced or multifunction control unit. Module LUF V requires a c V external power supply. 7-0 ma LUF V 0.00 9 0 Characteristics: pages /9 and /0 Schemes: page / /7