Schneider Electric TeSys Island DOL Starter, DOL, 37 kW, 690 V ac, 1, 3 Phase, IP20

Forming part of Schneider Electrics TeSys Island range is this SIL motor starter, predominantly used for direct starter connection to an automation controller through a bus coupler but is only operational when connected to the coupler. The functions that are available with this motor starter are upstream voltage presence detection, electrical line and load protection, power and energy monitoring when connected with TPRVM voltage module and a safe stop function is available when connected to a TPRSM module.

• This TeSys Island motor starter is compatible with the TPRBC bus coupler, the TPRVM voltage interface module and the TPRSM SIL interface module
• 3P (3 NO)
• The utilisation category for this starter is AC-1, AC-2, AC-3 and AC-4
• One to three phases
• This device has a rated operational voltage of <= 690 V AC 47...63 Hz
• Has the option to be reset remotely or automatically
• Overvoltage category of III
• The local signalling for the PRSS065 motor starter are 1 LED (green/red) DS (device status) and 1 LED (green/red) LS (load status)

• Motor overheats
• Overcurrent
• Undercurrent
• Jam
• Long start
• Stall
• Rapid cycle lockout
• Phase sequence
• Rapid restart lockout
• Phase reversal
• Phase loss
• Phase unbalance
• Ground current
• Thermal overload protection

• Time device ON
• Time device switch ON
• Number of faults
• Number of switching cycles
• Number of device power cycles
• Average current Iavg
• Average voltage Vavg
• Max current Imax
• Max voltage Vmax
• Active and reactive power with voltage module
• Active and reactive energy with voltage module
• True power factor with voltage module

A concept that is dedicated to control and monitor machines and processes, each TeSys Island product plays an important role to switch, protect and manage motors and electrical loads up to 80 Amps (AC3) within an electrical control panel.

• A fantastic digital load management solution that enables your machines and processes to be smarter and reliable
• TeSys Island provides a fully digitised and object-orientated load management system and is industry 4.0 compliant data provider
• Through the use and installation of TeSys Island, users can reduce time to market and enable OEMs to move forward, faster in their industry 4.0 journey
• Through the TeSys Island approach, users will be able to simplify the function of the applications and system configuration as well as reducing the number of engineering tasks
• TeSys Island enables a faster machine engineering and installation phase
• The TeSys Island concept can also be easily integrated into 3rd party automation systems, supporting several fieldbuses such as Ethernet/IP, Modbus TCP, PROFINET and PROFIBUS
• Provides users access to all relevant load data for advanced system diagnostics

• Manages motors electrical loads of up to 80 A (AC-3)/37 kW/40 hp
• Features fieldbus connectivity via bus coupler for Ethernet/IP, Modbus TCP, PROFINET or PROFIBUS
• There are relevant load data available, such as current, power, energy and advanced diagnostic data
• The TeSys Island avatar objects and dedicated configuration and maintenance tools provide simplified engineering and commissioning
• Users can have up to 20 modules on 1 island mounted on DIN rail (up to 112 cm length)
• Thanks to the fill connectivity over fieldbus, no control or auxiliary wiring are required
• There is no need for mechanical dials or dip switches due to all the adjustments and settings being digitised
• A limited number of references including 5 starter sizes, digital & analog I/Os and voltage measurement modules
• Embedded Cybersecurity (Achilles Level 2)
• There is a SIL starter available, designed for the integration into functional safety systems which are according to IEC 61508, IEC 62061 and ISO 13849-1, including TUV certification (Stop 0 and 1 with wiring categories 1 to 2, suitable for PL c, d and SIL level 2
• Fully complaint to international standards (IEC / UL / CSA 61010, IEC / UL / CSA 60947, GB/T14018)
• Please refer to the technical references for more information