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Summary of Contents for Advanced Control VersiStart II Series
- Page 1 e l e c t r o n i c Assembly- and Commissioning Instructions Softstarters VS II ... - 50 ... 75 Quality is our Drive.
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Page 2: Table Of Contents
VS II ...-50 ... 75 as per 07/10 15700.10008 Table of Contents Page Safety notes Conformity General description Usage to the intended purpose EC Declaration of Conformity Block diagram Commissioning Mounting instructions Connection Adjusting the control type Parameter settings Current-controlled start Starting frequency Devices with motor-PTC input LED indicators... - Page 3 VS II ...-50 ... 75 13.1.2Cabling 23 13.2 General connection diagram 13.3 Typical connections 13.4 Connection with motor contactor 13.5 Motor/Soft start in delta connection 13.6 Wide-voltage-range connection 14. Dimensions 15. Special units These commissioning instructions were prepared with great care. Nevertheless, Advanced Control does not assume liability for damage resulting from mistakes possibly contained in this manual.
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Page 4: Safety Notes
VS II ...-50 ... 75 Safety notes The described devices are electrical equipment for use in industrial electrical power installations. An impermissible removal of the covers during operation can cause serious damage to your health, since these devices contain live parts with high voltages. -
Page 5: General Description
VS II ...-50 ... 75 General description Ramp control: In the case of the soft starters of the VersiStart II type the motor voltage is changed in two phases (1L1/5L3) by a generalized phase control and power semiconductors. Starting from an adjustable starting trigger angle the trigger angle is continually reduced. -
Page 6: Ec Declaration Of Conformity
VS II ...-50 ... 75 EC Declaration of Conformity EC Declaration of Conformity The manufacturer / company placing the product on the market (authorized representatives of the manufacturer / companies placing the product on the market that are established within the Community) Name / Address: Peter Electronic GmbH &... -
Page 7: Block Diagram
VS II ...-50 ... 75 Block diagram X1 X4 X7 X8 X5 X6 Supply voltage Start t acc t dec Electronics Trigger pulse Boost Ramp control generator U start Control bypass X14 X13 Commissioning The device is to be put into operation in 3 steps: 1. - Page 8 VS II ...-50 ... 75 Place the device vertically on a perpendicular mounting plate with the motor terminals pointing downwards. The device ist to be mounted with 4 screws (M5) onto a mounting plate. Make sure that no additional heat sources such as equipment with high heat loss, heating resistors or the like are arranged beneath the device;...
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Page 9: Connection
VS II ...-50 ... 75 Connection Power section (see also connection diagram) Terminal 1L1: Mains voltage L1 Terminal 3L2: Mains voltage L2 Terminal 5L3: Mains voltage L3 Earth connection Terminal 2T1: Motor terminal U Terminal 4T2: Motor terminal V Terminal 6T3: Motor terminal W Control section Start/Stop... -
Page 10: Parameter Settings
VS II ...-50 ... 75 Parameter settings On the front panel there are 4 potentiometers by means of which the following settings can be made. Parameter Poti Setting range Acceleration time Acceleration time adjustable from 0,5...10sec Starting voltage 40…80% of rated voltage Start Deceleration time adjustable from 0,5...10sec... - Page 11 VS II ...-50 ... 75 Adjusting soft stop With the potentiometer , the deceleration time can be adjusted and thus the deceleration behaviour of the drive determined. Usually, this function is selected only for pressure pump drives or for drives coming to a standstill within a very short period of time. Thereby, a prolongation of the deceleration time is achieved and pressure and/or torque surges are avoivded.
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Page 12: Current-Controlled Start
VS II ...-50 ... 75 Current-controlled start With the VS II 50...75 devices, it is possible to realize current-controlled starts. For this purpose, an external current transformer has to be connected to the control terminals X7/X8. The trans- former suitable for the particular device can be taken from the Technical Data and is to be ordered separately. - Page 13 VS II ...-50 ... 75 Regelzeit - Timeout x Gerätenennstrom / Rated device current (Ie) Diagram 3 Figure 2...
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Page 14: Starting Frequency
VS II ...-50 ... 75 Starting frequency It must be possible for the device or rather the power semiconductors to cool off sufficiently between two starts. If starts are carried out in too quick succession, there is the danger of thermally overloading and thus destroying the power semiconductors. -
Page 15: Led Indicators
VS II ...-50 ... 75 LED indicators On the device front panel there are 3 light-emitting diodes indicating the following operational states. Operational status Green Device is connected to mains voltage Yellow Start completed, device bypassed Yellow - flashing Soft start / Soft stop with increasing or decreasing frequency Red, yellow - flashing Fault, the flashing frequency shows the type of... -
Page 16: Fault Description
VS II ...-50 ... 75 Fault description Yellow LED flashing x-times with Fault Operational status a short pause number Voltage of power supply to the electronics is too low Heat sink temperature too high/device ther- mally overloaded (please see also Point 7.6); motor temperature too high Current controll timeout Phase failure 1... -
Page 17: Fault Remedy
VS II ...-50 ... 75 Fault remedy In case of a fault, please proceed as follows: Fault 0: Voltage of power supply to the electronics is too low. Check mains voltage on L1, L2, L3, or check external auxiliary voltage. Fault 1: Check the frequency of starts and the starting current and also observe the max. -
Page 18: Technical Data (Standard)
VS II ...-50 ... 75 10. Technical data (standard) * Type designation VersiStart VS II 400-50 VS II 400-65 VS II 400-75 Mains / motor voltage 400V ±10% 50/60Hz acc. to DIN EN 50160 (IEC 38) Control supply voltage U only in 24VDC ±10%/150mA the case of option „B“... -
Page 19: Environmental Conditions
VS II ...-50 ... 75 10.1 Environmental conditions Storage temperature -25 ... 70°C Ambient temperature 0 ... 45°C up to an installation altitude of 1000m, not exposed to moisture condensation Power reduction above 45°C - 2% per 1°C up to max. 60°C and altitudes above 1000m -2% per 100m Degree of protection IP 20... - Page 20 Notes: 1. Advanced control does not prescribe the use of semiconductor protection fuses. However, for some UL- or CSA-listed devices there are exceptions which are indicated in the relevant commissioning instructions.
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Page 21: Determining The Permissible Starting Frequency
VS II ...-50 ... 75 11.2 Determining the permissible starting frequency The starting frequency depends on the: 1. starting current or the heat loss across the power semiconductors. 2. current carrying capacity and the temperature increase of the power semiconductors. 3. - Page 22 VS II ...-50 ... 75 VersiStart II 400-65 1000 2xIe 3xIe 4xIe 5xIe 6xIe 2xIe 3xIe 4xIe 5xIe 6xIe Anlaufzeit/Ramp-up time (s) VersiStart II 400-75 1000 2xIe 3xIe 4xIe 5xIe 6xIe 2xIe 3xIe 4xIe 5xIe 6xIe Anlaufzeit/Ramp-up time (s)
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Page 23: Special Units
VS II ...-50 ... 75 12. Special units The rated voltage of a device featuring special voltage is indicated on the rating plate. In the case of devices with voltages < 400V it must be ensured that the device rating and the motor rating are not identical. -
Page 24: 2Cabling
VS II ...-50 ... 75 13.1.2 Cabling To avoid EMI couplings into the electronics and the disturbances they involve, it must be ensured that the control cables are laid separately in separate cable ducts and as far as possible away from the power cables. -
Page 25: General Connection Diagram
VS II ...-50 ... 75 13.2 General connection diagram Semiconductor fuses high-speed optional If you want to further reduce the interference voltage on the mains supply line during acceleration or deceleration (devices with low immunity to interference in close proximity), three X-capacitors 0,15µ F/400V and two single-phase line reactors 3mH have to be connected. -
Page 26: Typical Connections
VS II ...-50 ... 75 13.3 Typical connections Standard circuit Reversing switch Wende- schalter VS II 400-50...75 VS II 400-50...75 S - closed = acceleration; S - open = deceleration S - closed = acceleration; S - open = deceleration Standard circuit for pole-changing motors Reversing circuit for pole-changing motors Reversing... -
Page 27: Connection With Motor Contactor
VS II ...-50 ... 75 13.4 Connection with motor contactor Start VersiStart II ...-50...75 X13 X14 Device Fault bypassed 13.5 Motor/Soft start in delta connection Start VersiStart II ... -50...75 X13 X14 Fault Device bypass... -
Page 28: Wide-Voltage-Range Connection
VS II ...-50 ... 75 Further connection diagrams are available via the internet at www.advcontrol.eu 13.6 Wide-voltage-range connection Control supply U 24VDC / 150mA ext. control input U 10 ... 24VDC VersiStart II ... - 50 ... 75 B X13 X14 Motor Device Fault... -
Page 29: Dimensions
VS II ...-50 ... 75 14. Dimensions 1L1 3L2 5L3 2T1 4T2 6T3 Mounting dimensions VS II ...-50…65 VS II ...-75 All dimensions indicated in mm. 15. Special units Please see supplement. - Page 30 Т е л : + 3 7 2 6 2 2 8 2 2 0 E - ma i l : i n f o @a d v c o n t r o l . e u a d v c o n t r o l . e u A d v a n c e d S y s t e ms B a l t i c O U P u n a n e 7 3 , 1 3 6 1 9 T a l l i n n , E s t o n i a a d v c o n t r o l .
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