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www.pv400.de ENG Powerful comprehensive communicative programmable energy-efficient 2009/2010 EDITION 1 The perfect power supply system block-trafo.de Plant 1 HQ in Verden: in-house development, production and logistics make BLOCK a reliable and flexible partner for the industrial sector. BLOCK‘s world-famous blue miniature transformers Development and production based in Germany but serving the entire world the power to supply the power to supply BLOCK – one of the best in the world where power supply interfacing is concerned. This multinational organisation has consciously chosen to keep development and production in-house so that it can provide a rapid and flexible response to customer requirements. EMC tests, environmental simulations and device safety inspections can also be carried out in-house and entirely independently in the company‘s BLOCKLAB test laboratory. Made in Germany 2 3 PowerVision, the intelligent power supply interface BLOCK‘s PowerVision is the most technically advanced and cost-effective power supply system currently available on the market. PowerVision is a true system of perfectly-matched components: all modules are slim, feature communication capabilities and boast maximum power reserve for optimum system availability. All this at a cost that won‘t break the bank. This combination of maximum performance and minimum expense has been achieved by means of unique innovations such as the fully-equipped Line versions, which do away with the need for a whole variety of diagnostics modules in the wiring cabinet. What‘s more, the built-in fault manager provides a truly easy means of troubleshooting any faults which might occur in the system. The power supply system is complemented by other modules which increase the operational reliability of machines and systems still further. �� 4 �� CONTENTS 5 PowerVision Single-phase switch mode power supply Overview Switch mode power supply PVSE 230 6 8 PowerVision Three-phase switch mode power supply Overview Switch mode power supply PVSE 400/PVE 400 Switch mode power supply PVSB 400/PVB 400 Switch mode power supply PVSL 400/PVL 400 10 12 14 16 PowerVision Electronic circuit breakers Overview Electronic circuit breakers PVFE 24 Electronic circuit breakers PVFB 24 18 20 22 PowerVision Uninterruptible power supplies Overview Accumulator management PVUA 24 Accumulator module PVA 24 Buffer module PVUC 24 24 26 28 30 PowerVision Redundancy modules Overview Redundancy modules PVRE 24 Redundancy modules PVRB 24 32 34 36 PowerVision Accessories Adapter cable for RS-232 PV-KOK2 Mounting trays PV-MON Software Screw-mounting PV-WH Connector PV-CON Adapter transformers PVAT3 20 and PVAT3 40 38 38 38 38 39 39 PowerVision Glossary Real Power Boost High degree of installation flexibility Top Boost Overcurrent behaviour Fault memory RS-232 interface 40 40 41 42 43 43 PowerVision Technical data Technical data 44 5 � PVSE 230 Economy switch mode power supply focussing on the key task of power supply Single-phase switch mode power supplies 72–240 W � BLOCK offers you compact single-phase switch 3A �� 24 Vdc � �� mode power supplies in common output voltages for the most diverse of applications. Thanks to their always the right choice. 12 Vdc 10 A �� 48 Vdc 5A �� 24 Vdc � 24 Vdc with high starting currents – the PVSE 230 is 5A breakers or reliable starting of connected loads 12 Vdc selective protection of the output through circuit 6A the best possible system availability. Whether 10 A �� massive power reserves, these devices guarantee � � �� A key for the symbols appears on the fold-out section of the last page of this document. � � � �� 12 Vdc 15 A �� optional � � � �� 6 �� 7 � Single-phase, primary switched Economy switch mode power supply Stabilised and adjustable output voltage diverse rating classes Up to 200% real power boost for 4 seconds �� DC OK signalling via LEDs Parallel connection option Service-friendly spring-loaded connector system �� LEDs Overload behaviour The Economy version is equipped with two LEDs to indicate the operating status. When the device is running without any errors, the green LED lights up. The red LED indicates undervoltage at the output of the power supply. Top Boost Irated + 60 A Top boost to trip miniature circuit breakers Stand-by-input �� Economy class: The PVSE 400 is an affordable economy switch mode power supply with highly accurate output voltage for all requirements in automation technology, focussing on the key tasks of power supply. Unparalleled power reserves through real power boost and top boost functions increase operational reliability for machines and systems. The device is available with active inrush current limiting as an option. Uout [V] ü Iout [%] ü � Economy PowerVision switch mode power supply with excellent power reserves Real Power Boost Constant current 200 100 24 Setting the output voltage High degree of installation flexibility �� 0 �� optional Standby-input The standby-input allows targeted switch-on of the power supply. By applying an external DC voltage at the stand-by-input, the output of the device is not released and the switch mode power supply remains on stand-by. �� The output voltage can be set on the front panel. The PVSE 400 switch mode power supply can be supplied fitted with an isolated DC OK signal output as an option. In the event of undervoltage at the output, the internal relay drops out. This error can be signalled via the changeover contact. � � t [sec] ü Isolated DC OK output �� 5 Overcurrent phase � � 0 ≈ �� PVSE 230 � �� ECONOMY Orderdescription ECONOMY Orderdescription ECONOMY Orderdescription PVSE 230/12 PVSE 230/24 PVSE 230/48 ■ Version Economy Rated output current 6 A: PVSE 230/12-6 Rated output current 10 A: PVSE 230/12-10 Rated output current 15 A: PVSE 230/12-15* ■ Version Economy Rated output current 3 A: PVSE 230/24-3 Rated output current 5 A: PVSE 230/24-5 Rated output current 10 A: PVSE 230/24-10* ■ Version Economy Rated output current 5 A: PVSE 230/48-5* ■ Version Economy with active inrush current limiting Rated output current 3 A: PVSE 230/24-3B Rated output current 5 A: PVSE 230/24-5B *Rating classes from 180 W are fitted with active inrush current limiting as standard. � � 8 �� 9 PVSE 400 PVSB 400 Basic switch mode power supply Line switch mode power supply focussing on the key task of power supply for all requirements in automation technology, with numerous parameter-setting and indicator functions and including output current and output voltage monitoring impresses with a variety of special functions. Boasting the features of the Basic version with the addition of further built-in monitoring functions for the incoming power supply which are able to replace � a variety of diagnostics devices in your application. � 24 Vdc � �� 30 Vdc �� 25 A �� 48 Vdc 20 A � �� 10 � �� optional �� optional �� A key for the symbols appears on the fold-out section of the last page of this document. �� 40 A � 24 Vdc 40 A 24 Vdc 40 A �� 24 Vdc �� 24 Vdc � �� 10 A 24 Vdc 10 A � � 20 A � � 24 Vdc � 24 Vdc �� 24 Vdc Many of today‘s projects rely on compact switch mode power supplies ensuring maximum system availability. Delivering this reliability, BLOCK can offer you a wide selection of high-quality switch mode power supplies, from the Economy version which focuses almost entirely on supply to the Line version, which features the addition of support for preventive I/O monitoring. 20 A Three-phase switch mode power supplies 240–960 W 10 A � 20 A Economy switch mode power supply PVSL 400 � �� optional 11 � PVSE 400 Three-phase, primary switched Economy switch mode power supply Stabilised and adjustable output voltage Several rating classes Up to 200% real power boost for 4 seconds �� Overload behaviour DC OK signalling via LEDs Service-friendly spring-loaded connector system High degree of installation flexibility LEDs The Economy version is equipped with two LEDs to indicate the operating status. When the device is running without any errors, the green LED lights up. The red LED indicates undervoltage at the output of the power supply. Top Boost Irated + 60 A Top boost to trip miniature circuit breakers Parallel connection option �� Economy class: The PVSE 400 is an affordable economy switch mode power supply with highly accurate output voltage for all requirements in automation technology, focussing on the key tasks of power supply. Unparalleled power reserves through real power boost and top boost functions increase operational reliability for machines and systems. The device is available with active inrush current limiting as an option. Uout [V] ü Iout [%] ü � Economy PowerVision switch mode power supply with excellent power reserves Real Power Boost Constant current 200 100 24 � � � Can be supplied with active inrush current limiting option 0 5 ≈ � �� 0 t [sec] ü Overcurrent phase Can be supplied with isolated DC OK signalling function Setting the output voltage The output voltage can be set on the front panel. �� Isolated DC OK output The PVSE 400 switch mode power supply can be supplied fitted with an isolated DC OK signal output as an option. In the event of undervoltage at the output, the internal relay drops out. This error can be signalled via the changeover contact. � �� ECONOMY Orderdescription optional � �� PVSE 400 for 24 Vdc PVSE 400 for 30 Vdc PVSE 400 for 48 Vdc � �� ■ Version Economy with isolated DC OK signalling Rated output current 25 A: PVSE 400/30-25A ■ Version Economy Rated output current 20 A: PVSE 400/48-20 � �� 12 �� ECONOMY Orderdescription ■ Version Economy Rated output current 10 A: PVSE 400/24-10 Rated output current 20 A: PVSE 400/24-20 Rated output current 40 A: PVSE 400/24-40 � �� ECONOMY Orderdescription � � � �� ■ Version Economy with isolated DC OK signalling Rated output current 10 A: PVSE 400/24-10A Rated output current 20 A: PVSE 400/24-20A Rated output current 40 A: PVSE 400/24-40A ■ Version Economy with active inrush current limiting Rated output current 10 A: PVSE 400/24-10B Rated output current 20 A: PVSE 400/24-20B Rated output current 40 A: PVSE 400/24-40B ■ Version Economy with isolated DC OK signalling and active inrush current limiting Rated output current 10 A: PVSE 400/24-10Z Rated output current 20 A: PVSE 400/24-20Z Rated output current 40 A: PVSE 400/24-40Z 13 � � PVSB 400 Three-phase, primary switched Basic switch mode power supply � � + LCD + Output current and voltage monitoring + Active signal outputs for watchdog functions �� + RS-232 interface � �� Top boost to trip miniature circuit breakers �� optional � � �� 14 � �� Can be supplied with active inrush current limiting option A smart combination: High-performance power supply with additional output monitoring. In carrying out its key task of supplying voltage and current, the PVSB switch mode power supply is able to increase the operational reliability of machines and systems by drawing on the vast power reserves provided by its real power boost and top boost functions. The device is available with active inrush current limiting as an option. Its major plus point is the integrated monitoring unit, which tracks voltage and current output continuously. The device also boasts a display and function keys as well as four active signal outputs and an RS-232 interface. Output monitoring for a more preventive approach Setting the output voltage The current and voltage output from the PVSB switch mode power supply is monitored continuously. Key information can be read directly from the display. The integrated monitoring unit is able to detect potential faults affecting equipment at an early stage and store the associated data accordingly. The output voltage can be set to between 22.0 and 28.8 Vdc either digitally using the keys on the device itself or automatically via the interface. Whenever the device is switched on, it will automatically restore the final voltage value stored in its memory. Potential faults the PVSB is able to detect: Undervoltage When the output voltage falls below the configurable DC OK limit value. Hardware fault When the device’s internal self-testing function fails. Output current Output voltage Max. output current Min./max. output voltage Type of fault � � � � � �� BASIC Order description �� PVSB 400 ■ configuration Basic Rated output current 10 A: PVSB 400/24-10 Rated output current 20 A: PVSB 400/24-20 Rated output current 40 A: PVSB 400/24-40 ■ configuration Basic with active inrush current limiting Rated output current 10 A: PVSB 400/24-10B Rated output current 20 A: PVSB 400/24-20B Rated output current 40 A: PVSB 400/24-40B � �� Uout Vdc Adc 25,5 SET Vdc STO Uo Overcurrent When the output current exceeds the rated output current. Hour counter �� Uout 23.9 9,76 Iout Key information that can be obtained via the display: �� Service-friendly spring-loaded connector system �� Parallel connection option � �� 3 LEDs to indicate operating status High degree of installation flexibility �� 3 rating classes: 10, 20 and 40 A Up to 200% real power boost for 4 seconds � �� Stabilised and digitally adjustable output voltage �� Basic PowerVision switch mode power supply with integrated monitoring unit Communication with the user Via the LEDs: Non-critical faults are classed as warnings and signalled by the yellow LED, while critical faults are indicated by the red LED. Via the display: The device features an integrated fault memory for self-diagnostics. The precise nature of any potential faults can be easily identified thanks to the display‘s system of flashing segments. Err !!! Err !$! Via the active signal outputs: There are four active signal outputs on the front of the PVSB which function as watchdogs. The corresponding states can be transferred to the higherlevel control system. Because the outputs switch the output voltage, they do not need to be conditioned prior to digital signal processing. Two of the four signal outputs can be user�� defined using the free parameterisation software, e.g. for �� the purpose of generating a group signal for all critical �� states. Via the interface: The devices can communicate with a PC or higher-level control system via the serial interface. The switch mode power supply’s key data is sent cyclically, so the user can both view relevant data and respond to critical operational statuses. The PVSB can also be parameterised via this interface.The PowerVision software packages required for communication can be downloaded free of charge from www.pv400.de. �� 15 � � � PVSL 400 Three-phase, primary switched Line switch mode power supply � � LCD �� Current and voltage output monitoring �� Up to 200% real power boost for 4 seconds �� LINE Order description �� 16 � �� Supply undervoltage When the input voltage of at least one power input phase falls below a configurable threshold value. Power input voltage Supply overvoltage When the input voltage of at least one power input phase exceeds a configurable threshold value. Output current Phase error When a power input phase fails. Min./max. output voltage Phase sequence error When the connected phase sequence direction is anticlockwise. Frequency error When the power frequency is outside the frequency range of 44 to 66 Hz. Power failure When at least two power input phases fail (typical response time 4 ms). Power frequency Phase sequence direction Output voltage Max. output current Type of fault Hour counter PVSL for tidier wiring cabinets Using a PVSL renders the use of various other modules in the wiring cabinet superfluous. The Line version is able to monitor the phase sequence direction and check for failed input phases - it even keeps an eye on the quality of the incoming supply! VO LT ME I TER V NP O O L N T U IT A T O G R IN E M G PHA SES EQU CE ENT ER ME RR UTE ON HCOU S I N G A LIN L S G Y TE S M P AMEM ER ER T E Hardware fault When the device’s internal self-testing function fails. PVSL 400 ■ Version Line Rated output current 10 A: PVSL 400/24-10 Rated output current 20 A: PVSL 400/24-20 Rated output current 40 A: PVSL 400/24-40 � �� Key information that can be obtained via the display: ■ Version Line with active inrush current limiting Rated output current 10 A: PVSL 400/24-10B Rated output current 20 A: PVSL 400/24-20B Rated output current 40 A: PVSL 400/24-40B optional � Potential faults the PVSL is able to detect: Undervoltage When the output voltage falls below the configurable DC OK limit value. �� In addition to the features supported by the PVSB model, the PVSL switch mode power supply features an integrated power input monitoring function. Overcurrent When the output current exceeds the rated output current. �� Hz Input and output monitoring for a more preventive approach Communication error When the internal communication test fails. � � �� High degree of installation flexibility �� Parallel connection option �� 3 LEDs to indicate operating status Can be supplied with active inrushcurrent limiting � �� Top boost to trip miniature circuit breakers Service-friendly spring-loaded connector system � �� Stabilised and digitally adjustable output voltage 3 rating classes: 10, 20 and 40 A �� Active signal outputs for watchdog functions �� RS-232 interface �� Our top-of-the-range model featuring built-in input and output monitoring. The integrated monitoring unit also supports permanent current and voltage output monitoring for comprehensive power input monitoring. With real power boost and top boost, the PVSL switch mode power supply boasts high power reserves in order to ensure maximum operational reliability. The device is available with active inrush current limiting as an option. It features a display and function keys as well as four active signal outputs and an RS-232 interface. Ui Ui.L Ui.H F r 402 375 430 50 + Power input monitoring � Line PowerVision switch mode power supply: Keeping an eye on supply �� 17 � � � PVFE 24 PVFB 24 � � Electronic circuit breaker Economy Electronic circuit breaker Basic � � Electronic circuit breaker with 2 or 4 integrated channels, features current and voltage monitoring, extensive signalling options, � RS-232 interface and LCD. 24 Vdc Electronic circuit breakers are used in machines and systems whose top priority is maximum operational reliability. The modules are able to shut down faulty 24 Vdc current paths selectively regardless of line impedance. �� 2x6A 24 Vdc protection Electronic circuit breaker with 4 integrated channels and additional active current limiting in the event of errors, features current and � voltage monitoring, extensive signalling options, RS-232 interface and LCD. �� 24 Vdc 2 x 10 A �� 24 Vdc � � 4x8A 24 Vdc 4×6A � � �� 24 Vdc 4 × 10 A �� A key for the symbols appears on the fold-out section of the last page of this document. �� 18 �� 19 � � Electronic circuit breaker, Economy version � � Current monitoring and shutdown in the event of an error 4 current channels Two rating classes: 2/4 x 6 A and 2/4 x 10 A �� Reactivation of tripped channels via external signal Isolated signal contact �� Service-friendly spring-loaded connector system LCD �� Current and voltage monitoring �� Active signal outputs for watchdog functions � �� RS-232 interface � � � � � � � � � �� ECONOMY �� Order description PVFE 24 �� const. 2,5×IRATED 20 Adc 1,8× 2× 2,5× IRATED [A] ■ Version Economy Rated output current Rated output current Rated output current Rated output current 2 2 4 4 × × × × 6 A: PVFE 24/24-12 10 A: PVFE 24/24-20 6 A: PVFE 24/24-24 10 A: PVFE 24/24-40 3 4 ü 2 Via the display: The output voltages of the 4 channels are indicated continuously 3,45I1 [A] 24.3Ui [V] on the display along with the input voltage. The device features an integrated fault manager for self-diagnostics. The precise 3,45I2 [A] nature of any potential faults can be easily identified thanks to o.c. I3 [A] OFF I4 [A] the display‘s system of flashing segments. 3 Via the signal outputs: The PVFE module has four active �� signal outputs and one isolated signal contact which function as a watchdog. The states of the signal outputs can be transferred to the �� higher-level control system. Because the active signal outputs switch �� the input voltage, they do not need to be conditioned prior to digital signal processing. Output 1 is linked to an isolated signal contact on the underside of the device. It can be user-defined using the free parameterisation software, e.g. for the purpose of generating a group signal for tripped circuits.. �� 4 Via the interface: The module can communicate with a PC or higher-level control system via the serial interface. Cyclic transfer means that the user can both view relevant data and respond to faults affecting connected circuits. Parameter settings can also be made via this interface. The PowerVision software packages required for communication can be downloaded free of charge from www.pv400.de. Potential faults the PVFE module is able to detect: �� 20 �� 1 The PVFE module monitors current and voltage continuously. Key information can be read directly from the display. The integrated monitoring unit is able to detect potential faults affecting current paths at an early stage, output signals accordingly and store the associated data for subsequent analysis. �� 10 1,5× 2 1 Via the LEDs: The output voltages of the 4 channels are indicated continuously on the display along with the input voltage. In the event of a fault, the device features an integrated fault memory for self-diagnostics. A 0,1 1 Communication with the user Integrated monitoring unit for maximum reliability � � 100 1× 1,2× � � A reliable means of detecting faults on power supply circuits: the circuit breaker with additional current and voltage monitoring. Since overcurrents are detected quickly and reliably, even in the case of long cables, just the affected circuit can be shut down. The functions supported by the integrated monitoring unit include voltage and current monitoring. The devices feature a display, function keys, several signal outputs and an RS-232 interface. 0,01 � � � Rated currents can be set separately for each channel in 1 A increments. Depending on the level of a possible overcurrent, the affected channel will be shut down safely and reset in accordance with a memorised protection characteristic. The flexibility of the PVFE module is to the fore here, since there is some scope to configure the tripping time taken to shut down a current path. Once a channel has been shut down, it can be reactivated either via the keys on the module or by means of an external signal. Tripping time [s] �� Delayed switching-in of channels �� Economy PowerVision electronic circuit breaker for selective protection of 24 Vdc circuits Tripping characteristics ü PVFE 24 Overcurrent When the output current of a channel exceeds the rated current Channel tripped When at least one channel shuts down due to an overcurrent. Undervoltage When the input voltage falls below a configurable limit value. Hardware fault When the device’s internal self-testing function fails. Key information that can be obtained via the display: Output current of each channel Min. input voltage Input voltage Type of fault Max. output current of each channel �� 21 � PVFB 24 � Tripping characteristics Electronic circuit breaker, Basic version � � Active current limiting in the event of an error Current monitoring and shutdown in the event of an error �� 4 current channels Delayed switching-in of channels �� Service-friendly spring-loaded connector system �� LCD Current and voltage monitoring Active signal outputs for watchdog functions �� Rated currents can be set separately for each channel in 1 A increments. In the event of an overcurrent, the current is limited and the affected channel is shut down safely and reset. Active current limiting is the only way to ensure that in the event of a short circuit affecting an individual consumer, all other circuits will remain unaffected and a voltage dip will not occur. The flexibility of the PVFB module is to the fore here, since there is some scope to configure the tripping time taken to shut down a current path. Once a channel has been shut down, it can be reactivated using the keys on the module. RS-232 interface IMAX SNT � PVFB with current limiting 1,5×IRATED � IRATED �� Short circuit 100 Comparison current characteristic �� BASIC Order description �� PVFB 24 ■ Version Basic Rated output current 4 × 8 A: PVFB 24/24-32 � �� 22 �� Integrated monitoring unit for maximum safety �� 3 4 1 Via the LEDs: Non-critical faults such as minor overcurrents or an undervoltage at the device input are classed as warnings and signalled by the yellow LED, while critical faults such as a circuit shutting down are indicated by the red LED. 3,45 3,45 o.c. OFF Ui [V] 24.3 I3 [A] I4 [A] 2 Via the display: The output voltages of the 4 channels are indicated continuously on the display along with the input voltage. In the event of a fault, the device features an integrated fault manager for self-diagnostics. 3 Via the signal outputs: There are four active signal �� outputs on the PVFB module which function as watchdogs. The states of the signalling outputs can be transferred to the higher-level control �� system. Because the active signal outputs switch the input voltage, �� they do not need to be conditioned prior to digital signal processing. Two outputs can be user-defined using the free parameterisation software, e.g. for the purpose of generating a group signal for tripped circuits. �� –100 � � 2 1 Communication with the user I2 [A] PVFE without current limiting �� The PVFB module is the key to maximum system availability and process reliability. What is really special about this module is its integrated current limiting. This feature is activated in the event of an error and prevents a transient voltage dip on circuits not affected by a short circuit on an individual consumer. Accordingly, it safeguards the continued operation of vital system components. The functions supported by the integrated monitoring unit include voltage and current monitoring. The devices feature a display, function keys, active signal outputs and an RS-232 interface. I1 [A] � � �� Basic PowerVision electronic circuit breaker with active current limiting � �� The PVFB module monitors current and voltage continuously. Key information can be read directly from the display. The integrated monitoring unit is able to detect potential faults affecting current paths at an early stage, output signals accordingly and store the associated data for subsequent analysis. Potential faults the PVFB module is able to detect: 4 Via the interface: The module can communicate with a PC or higher-level control system via the serial interface. Cyclic transfer means that the user can both view relevant data and respond to faults affecting connected circuits. Parameter settings can also be made via this interface. The PowerVision software packages required for communication can be downloaded free of charge from www.pv400.de. Key information that can be obtained via the display: Output current of each channel Min. input voltage Input voltage Type of fault Max. output current of each channel Overcurrent When the output current of a channel exceeds the rated current. �� Channel tripped MWhen at least one channel shuts down due to an overcurrent.. �� Undervoltage When the input voltage falls below a configurable limit value. Hardware fault When the device’s internal self-testing function fails. 23 � PVA 24 PVUA 24 Accumulator management �� Charger and control module for reliable 24 Vdc supply in the event of a power failure. Features current and voltage ��monitoring, �� optimum battery management, extensive signalling options, RS-232 interface and LCD. �� 24 Vdc 24 Vdc 24 Vdc 10 A 20 A � �� 24 Maintenance-free buffer module for 24 Vdc consumers. Able to compensate transient power failures by means of �� high-capacitance energy storage. Condition monitoring via LEDs and isolated signal contact. �� 24 Vdc 3.2 Ah �� 24 Vdc �� 7.0 Ah 24 Vdc � �� A key for the symbols appears on the fold-out section of the last page of this document. Maintenance-free lead gel accumulator. Includes temperature meter in housing, features internal fuse protection and supports �� a variety of mounting options. �� Buffer module �� 12,0 Ah 24 Vdc �� Accumulator module �� 20 Adc Uninterruptible power supplies provide a back-up power supply to connected 24 Vdc consumers in the event of a power failure. Depending on the buffer times required, either capacitive buffer modules or an accumulator management system featuring an accumulator module can be used. 10 Adc Uninterruptible power supplies �� PVUC 24 � � � � 25 � � PVUA 24 Integrated monitoring unit for maximum safety Uninterruptible power supply. Accumulator management for long-life lead-acid batteries. � � Electronic overcurrent and short circuit protection Active current limiting in the event of an error Optimum battery management �� Temperature-controlled charging voltage Accumulator presence and quality check Service-friendly spring-loaded connector system �� Isolated signal contact Reverse polarity protection �� Exhaustive discharge protection for accumulator �� Current and voltage monitoring � � � �� Output shut down When the output is shut down briefly due to an increased overcurrent. Undervoltage at input When the input voltage falls below a configurable limit value. Undervoltage at output When the output voltage falls below a configurable limit value. Low accumulator charge When the charge of the connected accumulator is less then 85%. Buffer mode When the module is running in buffer mode. Buffer mode not possible When the accumulator test fails. Hardware fault When the device’s internal self-testing function fails. Accumulator change advised The quality test fails. 2 1 3 4 Communication with the user 1 Via the LEDs: Non-critical conditions are classed as warnings and signalled by the yellow LED, while critical conditions are indicated by the red LED. 2 Via the display: All currents and voltages are indicated continuously on the display. Important parameter settings can be made with 25,4Ui [V] BATUo [V] ease using the keys on the device. The device features an Uo [V] integrated fault manager for self-diagnostics in the event of 24,6 25,7 8,03Io [A] 0,43Io [A] faults.. 3 Via the signal outputs: The PVUA has three active �� signal outputs and one isolated signal contact for watchdog functions. Because the active signal outputs switch the module‘s supply voltage, �� they do not need to be conditioned prior to digital signal processing. �� Output 1 is linked to an isolated signal contact on the underside of the device. It can be user-defined using the free parameterisation software, e.g. for the purpose of generating a group signal for possible faults. �� 4 Via the interface: The module can communicate with a PC or higher-level control system via the serial interface. Cyclic transfer means that the user can both view relevant data and respond to faults. Parameter settings can also be made via this interface. The PowerVision software packages required for communication can be downloaded free of charge from www.pv400.de. Key information that can be obtained via the display: � �� PVUA 24 ■ Available in the following power classes: Dimensioned for 10 A rated current: PVUA 24/24-10 Dimensioned for 20 A rated current: PVUA 24/24-20 Input voltage Min. input voltage Output voltage Max. output current Output current Accumulator running hours Charging voltage Type of fault Charging current �� 26 Overcurrent When the output voltage exceeds a configurable limit value. Low accumulator voltage When the accumulator voltage falls to a critical value in buffer mode. Order description �� Potential faults the PVUA module is able to detect: The PVUA module – much more than an ordinary UPS: The PVUA module is characterised in particular by optimum battery management. It also supports complete current and voltage monitoring with numerous signalling options. The module features a display, function keys, several signal outputs and an RS-232 interface. The charging voltage for the connected accumulator module is temperature-controlled; this helps to extend the service life of the accumulator significantly, thereby minimising maintenance overheads. �� Decoupled output � �� Active signal outputs for watchdog functions RS-232 interface � �� LCD The PVUA module monitors current and voltage continuously. Key information can be read directly from the display. The integrated monitoring unit is able to detect potential faults affecting the equipment to which power is being supplied at an early stage, output signals accordingly and store the associated data for subsequent analysis. PowerVision accumulator manager for an uninterruptible power supply in the event of the failure of the supply voltage �� 27 � PVA 24 Long-life accumulator modules for uninterruptible power supplies Includes temperature meter in housing PowerVision accumulator module with temperature meter in housing The accumulator works in conjunction with the PVUA accumulator manager to provide a back-up 24 Vdc supply in the event of the failure of the supply voltage. What is really special about this system is its integrated temperature meter. This is located in the accumulator housing, which can be placed in a specific location inside the wiring cabinet. Optimum accumulator charge and therefore long service life is assured. Includes battery fuse Various mounting options �� typ. buffer time Hard-wearing housing Service-friendly spring-loaded connector system �� current requirement in [A] �� Buffer times dependent upon charging current 2 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 5 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 7,5 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 10 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 15 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 20 PVA 12 Ah PVA 7 Ah PVA 3,2 Ah 185 min 150 min 59 min 115 min 53 min 16 min 60 min 28 min 11 min 46 min 20 min 6 min 32 min 8 min 22 min 5 min � � �� Order description �� 28 PVA 24 ■ Available in the following power classes: Capacity 3.2 amp-hours: PVA 24/3.2 Ah Capacity 7 amp-hours: PVA 24/7 Ah Capacity 12 amp-hours: PVA 24/12 Ah 29 � 2 PVUC 24 PowerVision buffer module with maintenancefree capacitor energy store Maintenance-free buffer module Electronic overcurrent and short circuit protection The PVUC – powerful and maintenance-free: A buffer module is able to compensate brief power supply failures. Power supply buffer times are extended and this increases the operational reliability of machines and systems. Transient faults are buffered and in the case of longer failures there is sufficient time to back up important data before restarting. PowerVision buffer modules are characterised by particularly long buffer times. 1 Reverse polarity protection Configurable switch-in threshold �� 3 LEDs for signalling purposes Isolated signal contact Service-friendly spring-loaded connector system � �� Parallel connection option Decoupled output � �� Decoupled output 1 Via the LEDs: There are 3 LEDs to signal individual operating statuses. When the device is running without any errors, the green LED lights up. The red LED indicates undervoltage at the module output. The yellow LED lights up when the device is charging. Multiple buffer modules can easily be connected in parallel. The module outputs are decoupled from the inputs. This means that it is possible to specifically buffer just selected consumers. 2 Via the isolated signal contact: Once the internal charging procedure is complete and there is sufficient voltage at the buffer module input, the isolated signal output is activated. The contact drops out as soon as the module �� runs out of charge and the control level can respond to this change of state. � � Signalling �� buffered AC IN OUT power supply buffer modules OUT IN signal contact buffered load non-buffered load DC not buffered Long buffer times In the event of a voltage dip, the buffer modules ensure that the voltage supply to connected AC consumers remains stable. Voltage dips can be compensated for up to 1.8 seconds at a rated current of DC 10 A, for example. Even in the case of power failures lasting longer than this, there is enough time to back up relevant data and switch the machine to a safe state under controlled conditions. Voltage dip Buffer mode �� Order description �� PVUC 24 ■ Available in the following power classes: Buffer time approx. 0.4 s at 10 A rated current: PVUC 24/24-10 Buffer time approx. 0,4 s at 20 A rated current: PVUC 24/24-20 �� 30 �� 31 � � PVRE 24 Economy � redundancy � � PVRB 24 � Basic redundancy module � module � � decouple two power supplies, includes Redundancy module to � decoupling two power�supplies, features Redundancy module for reverse polarity protection, LEDs for condition monitoring and � isolated signal contact. the addition of current and voltage monitoring,�extensive � � RS-232 signalling options, interface and � LCD. Redundancy modules are used to decouple two power supplies to set up a fail-safe power supply system. Redundant circuits are found in machines and systems which have to meet high requirements in terms of operational reliability. �� 20 A 24 Vdc 20 A Fail-safe power supply system � �� 24 Vdc � � � �� A key for the symbols appears on the fold-out section of the last page of this document. 32 � �� 33 � 2 PVRE 24 Economy PowerVision redundancy module for increased machine and system reliability Economy redundancy module The ideal way to protect against power supply failures. In order not to put the operational reliability of machines and systems at risk in the event of a power supply failure, availability is safeguarded by two power supplies of the same type decoupled via diodes. 1 Input current 2 x 20 or 1 × 40 A Basic structure of redundant power supplies Reverse polarity protection Isolated signal contact �� 3 LEDs for signalling purposes Service-friendly spring-loaded connector system High degree of installation flexibility �� AC AC IN IN switch mode power supply switch mode power supply OUT OUT DC DC IN IN redundancy module Signalling 1 Via the LEDs: The redundancy module features three LEDs on its front panel. The green LED lights up to indicate sufficient voltage at the module output. Each of the two yellow LEDs is assigned to a connected power supply and will light up should it fail. 2 2 Via the isolated signal contact: The integrated relay‘s changeover contacts report the operating status of the �� connected power supplies. During normal operation the relay is active; it drops out in the event of a power supply failure. OUT � � � � � �� ECONOMY Order description �� PVRE 24 ■ Version Economy Rated input current 2 × 20 A: PVRE 24/24-20 �� 34 �� 35 � � � PVRB 24 Integrated monitoring unit for maximum safety Basic redundancy module � LCD Current and voltage monitoring Active signal contacts for watchdog functions �� RS-232 interface �� Input current 2 x 20 oder 1 × 40 A �� Reverse polarity protection Isolated signal contact �� 3 LEDs for signalling purposes �� Potential faults the redundancy module is able to detect: Overcurrent at input When one of the two input currents exceeds a configurable limit value. Overcurrent at output When the output voltage exceeds a configurable limit value. Undervoltage at input When one of the two input voltages falls below a configurable limit value. � � � � Hardware fault When the device’s internal self-testing function fails. � � Key information that can be obtained via the display: � � Input voltage 1+2 High degree of installation flexibility � � Service-friendly spring-loaded connector system The PVRB module monitors current and voltage continuously. Key information can be read directly from the display. The integrated monitoring unit is able to detect potential faults affecting the equipment to which power is being supplied at an early stage, output signals accordingly and store the associated data for subsequent analysis. � Undervoltage at output When the output voltage falls below a configurable limit value. Output voltage Input current 1+2 � � � �� Min. input voltages 1+2 Min. output voltage �� Max. input currents 1+2 Max. output current Type of fault �� Output current �� BASIC Order description �� IN IN OUT OUT IN 2 3 4 IN OUT Communication with the user 1 Via the LEDs: Non-critical faults such as minor overcurrents are signalled as warnings by the yellow LED. An undervoltage at the output is indicated by the red LED. 2 Via the display: The currents and voltages of the two inputs and the output [V] are indicated continuously on the display. The device !!! 23,4Ui1 Ui2 [V] 25,5Uo [V] features an integrated fault manager for self-diagnostics Err 25,1 in the event of faults. The precise nature of any potential 17,5Io [A] faults can be easily identified thanks to the display‘s system of flashing segments. 3 Via the signal outputs: The redundancy module has three active signal outputs and one isolated signal contact for watchdog functions. The states of the signalling outputs can be transferred to the higherlevel control system. Because the active signal outputs switch the input voltage, they do not need to be conditioned prior to digital signal processing. Output 1 is linked to an isolated signal contact on the underside of the device. It can be user-defined using the free parameterisation software, e.g. for the purpose of generating a group signal for multiple faults. �� 4 Via the interface: The module can communicate with a PC or higher-level control system via the serial interface. Cyclic transfer means that the user can both view relevant data and respond to faults. Parameter settings can also be made via this interface. The PowerVision software packages required for communication can be downloaded free of charge from www.pv400.de. PVRB 24 ■ Version Basic Rated input current 2 × 20 A: PVRB 24/24-20 �� A smart combination: protection and monitoring in one. In order not to put the operational reliability of machines and systems at risk in the event of a power supply failure, availability is safeguarded by two power supplies of the same 1 type decoupled via diodes. The module‘s major plus point is the addition of the integrated monitoring unit, which AC AC tracks voltage and current output. Accordingly, switch switch mode mode it is now even possible to keep one eye on the power power supply supply current and voltage conditions prevailing within a DC DC system if there are two Economy power supplies connected. The module also boasts a display and redundancy module function keys as well as active signal outputs and an RS-232 interface. �� 36 �� Basic PowerVision redundancy module including voltage and current monitoring � � �� 37 Accessories PV-MON Practical mounting trays with magnetic mount to cover openings in the tops of devices. They prevent cable residue falling into PowerVision components during installation. They can be purchased in sets of 3 for all PowerVision device sizes. PV-AT3/20 and PV-AT3/40 PV-AT3/20 and PV-AT3/40 are adapter transformers which adapt the supply voltage from 690 V to 400 V. The PV-AT3/20 is suitable for use with power supplies up to 480 W whilst the PV-AT3/40 should be selected for ratings up to 980 W. PV-CON Connector for signal contacts on the front panel of all PowerVision components with integrated monitoring unit. PV-KOK2 1.8 m long adapter cable for RS-232 interface. Used to connect PowerVision components to controllers or PCs. Software PV-WH For direct screw-mounting, you can purchase reinforced metal mounts for all PowerVision devices. 38 Windows-compatible software for the configuration and visualisation of all PowerVision components with integrated monitoring unit. Free download from www.PV400.de 39 �� Top� boost: +60 A additional reserve: Cost-effective protection in the form of miniature circuit breakers Conventional switch mode power supplies typically set current �� at 1.1 times the rated output current. The use of these limiting power supplies becomes very problematic as soon as heavystarting loads are switched in, since these power supplies are not able to make available sufficient current for them. The PowerVision series has power reserves which can make available twice the current at constant voltage for at least 4 seconds. This makes for reliable operation and removes the � need for expensive overdimensioning of switch mode power supplies. In automation technology, the system availability rates required today are generating increased overheads with regard to protection devices for 24 V load circuits. Previously, it was not possible to shut down faulty current paths selectively using conventional miniature circuit breakers, since the required high tripping current could not be provided by the switch mode power supplies. With its stabilised switch mode power supplies, BLOCK can provide a solution offering up to 60 A in excess of the rated current in the event of a short circuit. The proven short circuit and line protection provided by cost-effective �� circuit breakers is also suitable for use with switch miniature mode power supplies. �� Real Power Boost: For�� reliable starting up to 200 % power reserve �� Heavy starting: In rated operation, power can be supplied to the system via a switch mode power supply without problems. However, should a more powerful drive start up, there will be a transient increase in power requirement which goes way above the rated current of the power supply. In order to prevent the supply voltage failing completely, the power supply could be overdimensioned. However, BLOCK‘s PowerVision with real power boost is a more appropriate solution. �� Heavy-starting motors and drives (as here in the case of a robot-controlled production facility) require power supplies with high power reserves. � � �� Ingenious proportions and two mounting options � �� In order for high-speed magnetic miniature circuit breakers to trip, currents which are significantly higher than the rated current are required for a period of 10 to 12 milliseconds. BLOCK‘s switch mode power supplies are able to supply a powerful 60 A above the rated current for 50 ms. This enables a faulty branch to be shut down selectively in the event of a short circuit whilst the remaining consumers continue to run unaffected. All PowerVision devices are slim, compact and easy to mount. The mounting system has been developed specifically for PowerVision. The serially TH35 clamp offers two different mounting positions for the modules. The plug-in spring-loaded terminals will remain fast even if subject to vibration and make installation even easier. For fixing direct to a wall the optional screw-mounting PV-WH ist available. Furthermore, all devices share the same structural shape. This creates more space and transparency in the wiring cabinet. PowerVision‘s integrated top boost function provides a reliable means of � tripping low-cost miniature circuit breakers. �� 40 41 �� RS-232 interface �� Configurable overcurrent behaviour On the Basic and Line models of the PowerVision switch mode power supplies, the output characteristics can be adapted to Uout [V] ü Iout [%] ü Iout Real Power Boost Constant current �� 200 Top Boost Irated +60 A SET I.Fu SET 005 I.Co I.t Iout Iout Fuse-Mode 200 Real Power Boost Constant current s Iout Fuse-Mode 200 � All PowerVision devices fitted with a serial interface can communicate with a PC or higher-level control system. Key data�� and possible faults are sent cyclically by the devices. Accordingly, the interface also provides a means of responding � to critical operational statuses quickly. Furthermore, many parameter settings can be made via the interface.The software � �� packages can be downloaded free � of charge from the Internet. The � communication cable (PV-KOK2) can �� be purchased as an accessory from BLOCK. �� 100 24 Top Boost Irated +60 A s Iout Uout [V] ü Iout [%] ü SET 000 I.Co I.t Uout [V] ü Iout [%] ü Top Boost Irated +60 A the most diverse requirements of a system or machine. Three different characteristics can be set. 100 24 � 100 24 �� 0 0 0 5 10 15 t [sec] ü 0 0 5 10 15 t [sec] ü 0 5 10 15 t [sec] ü Overcurrent phase Overcurrent phase 1. permanent constant current 2. permanently reduced current 3. time-limited constant current In constant current mode, in the event of overload following power � boost, the output current is typically limited to 110% of the rated current with simultaneously lowered output voltage. � In fuse mode, the output current is reduced markedly. However, the switch mode power supply does not switch off here. The display, signal outputs and the interface continue working. After around one second, the device attempts to restart the connected consumers. This procedure is repeated until the overload or short circuit has been eliminated. The switch mode power supply initially operates in constant current mode for a time that can be specified. Once the specified time has elapsed, the device switches to fuse mode and remains in this mode until the overload has been eliminated. � � �� Overcurrent phase � �� Fault memory �� Err !!! �� Err !$! Critical operational statuses are detected by the internal electronics and memorised. The device features an integrated fault manager for self-diagnostics. Possible errors and faults can be identified by matching the flashing segments on the display to the corresponding error code. Since fault diagnostics data is saved to non-volatile memory, it will be retained even in the event of the power supply being disconnected. �� 42 43 PVSE 230 Technical data ECONOMY PVSE 230/12-6 PVSE 230/12-10 PVSE 230/12-15 72 Watt 120 Watt 180 Watt Single phase, primary switched mode power supply component for mounting on DIN 35 mm rails Safety standards Safety EMV Approvals UL Environment Ambient temperature Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety class Conductors Installation Feedback voltage Input Rated input voltage Operating input voltage range Input voltage derating Operating input voltage range Rated input current at 110/230 Vac at nominal load In-crush current (cold) Active in-crush current limiter, optional Internal fuse External protection device (ULrecognised) Recommended external protection Leakage current Mains drop compensation at 110/240 Vac Over voltage protection WAGO multi plug system Output Rated output voltage Rated output voltage range Rated output current at 24 Vdc Real Power Boost Top Boost for 25 ms Current limitation Efficiency Max. power loss (idling/nominal load) Residual ripple Parallel operation Serial operation WAGO multi plug system Signaling Power Good (DC OK), LED Power Good (DC OK), potential free Stand-by-input WAGO multi plug system Mechanical data Dimensions W × H × T (without plug) Weight Order numbers Economy Connector for signaling 44 EN 60950, UL 60950, UL 508 EN 61204-3 (product standard) UL/CSA 60950 recognised, UL 508 listed/CSA 22.2 No. 107.1 3rd Ed. listed –10° C to +70° C derating, 2.5 %/K > +55° C –25° C to +85° C AN (natural air convection cooling) 30 to 85 % relative humidity, no dew 4.2 kVdc enclosed for installation in switching cabinets IP 20 (to EN 60529) prepared for safety class I Use copper conductors only, rated 60° C or 60/75° C For installation in pollution degree 2 environment Ð 25 Vdc 100–240 Vac 85–264 Vac (120–373 Vdc) 5 % /Vac < 95 Vac 44 to 66 Hz 0.86/0.51 Aac 1,9/0,9 Aac typ. rated input current – 6.3 AT not necessary Circuit breakers 6 A, 10 A or 16 A, characteristics B, C typ. 1 mA 10/70 ms 12/35 ms 30 ms through varistor in primary circuit Series 231, Ð 2,5 mm² 6 Adc 12 A for 4 s + 9 A for 2 s 21 Adc typ. 87 % 1,7/12,3 W Safety standards Safety EMV Approvals UL Environment Ambient temperature 12 Vdc ±1 % 11–18 Vdc 10 Adc 15 Adc 20 A for 4 s + 15 A 30 A for 4 s + 22,5 A for 2 s for 2 s 60 Adc (40 Adc at 60 Adc Uin < 110 Vac) typ. 1.1 × Irated typ. 87 % typ. 91 % 21/21 W 4,1/15,6 W typ. 70 mVpp yes, for increased power yes, for increased voltage Serie 231 Ð 2,5 mm² Uout > 20.4 Vdc: LED green lights, LED red off Relay contact, type switch over, 24 Vdc/ 1 A (120 Vac/0.5 A) active at 10 to 28.8 Vdc Series 733 Ð 0.5 mm² Relay contact, type switch over, 30 Vdc/1 A (240 Vac/0.5 A) 40 x 127 x 163 mm 0,8 kg 57 x 127 x 163 mm 1,1 kg 57 x 127 x 179 mm 1,3 kg PVSE 230/12-6 PVSE 230/12-10 PV-CON (optional) PVSE 230/12-15 EN 60950, UL 60950, UL 508 EN 61204-3 (product standard) UL/CSA 60950 recognised, UL 508 listed/CSA 22.2 No. 107.1 3rd Ed. listed –10° C to +70° C derating, 2.5 %/K > +55° C Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety class Conductors Installation Feedback voltage Input Rated input voltage Operating input voltage range Input voltage derating 1.7/0.97 Aac <15 Ap typ. rated input current 2 AT 4 AT ECONOMY PVSE 230/24-3 PVSE 230/24-5 PVSE 230/24-10 PVSE 230/48-5 72 Watt 120 Watt 240 Watt 240 Watt Single phase, primary switched mode power supply component for mounting on DIN 35 mm rails Operating input voltage range Rated input current at 110/230 Vac (at nominal load) In-crush current (cold) Active in-crush current limiter, optional Internal fuse External protection device (ULrecognised) Recommended external protection Leakage current Mains drop compensation at 110/240 Vac Over voltage protection WAGO multi plug system Output Rated output voltage Rated output voltage range Rated output current at 24 Vdc Real Power Boost Top Boost for 25 ms Current limitation Efficiency Max. power loss (idling/nominal load) Residual ripple Parallel operation Serial operation WAGO multi plug system Signaling Power Good (DC OK), LED Power Good (DC OK), potential free Stand-by-input WAGO multi plug system Mechanical data Dimensions W × H × T (without plug) Weight Order numbers Economy With active in-crush limiter Connector for signaling –10° C to +70° C derating, 2.5 %/K > +55° C –25° C to +85° C AN (natural air convection cooling) 30 to 85 % relative humidity, no dew 4.2 kVdc enclosed for installation in switching cabinets IP 20 (to EN 60529) prepared for safety class I Use copper conductors only, rated 60° C or 60/75° C For installation in pollution degree 2 environment Ð 35 Vdc 5 %/Vac < 95 Vac 0.86/0.51 Aac 100–240 Vac 85–264 Vac (120–373 Vdc) 0,55 %/Vac < 110 5 %/Vac < 95 Vac Vac 44 to 66 Hz 1.7/0.97 Aac 0,55 %/Vac < 110 Vac 2.5/1.2 Aac <15 Ap typ. rated input current 2 AT 4 AT 2.5/1.2 Aac typ. rated input current – 6,3 AT 6,3 AT not necessary Circuit breakers 6 A, 10 A or 16 A, characteristics B, C typ. 1 mA 10/70 ms 12/35 ms 24 ms 20 ms through varistor in primary circuit Series 231, Ð 2,5 mm² 3 Adc 6 A for 4 s + 4.5 A for 2 s 14 Adc typ. 87 % 1,7/12,3 W 24 Vdc ±1 % 22–29.5 Vdc 5 Adc 10 Adc 10 A for 4 s + 7.5 A 20 A for 4 s + 15 A for 2 s for 2 s 21 Adc 60 Adc typ. 1.1 × Irated typ. 87 % typ. 91 % 21/21 W 4,1/15,6 W 70 mVpp yes, for increased power yes, for increased voltage Serie 231 Ð 2,5 mm² 48 Vdc ±1 % 33–52 Vdc 5 Adc 10 A for 4 s + 7,5 A for 2 s 30 Adc typ. 91 % 21/21 W Uout > 20.4 Vdc: LED green lights, LED red off Relay contact, type switch over, 30 Vdc/1 A (240 Vac/0.5 A) Relay contact, type switch over, 24 Vdc/1 A (120 Vac/0.5 A) active at 10 to 28.8 Vdc Series 733 Ð 0.5 mm² 40 x 127 x 163 mm 0,8 kg PVSE 230/24-3 PVSE 230/24-3B 57 x 127 x 163 mm 1,0 kg 57 x 127 x 179 mm 1,3 kg PVSE 230/24-5 PVSE 230/24-10 PVSE 230/24-5B PV-CON 57 x 127 x 179 mm 1,3 kg PVSE 230/48-5 45 PVSE 400 PVSB 400 Technical data Technical data ECONOMY PVSE 400/24-10 PVSE 400/24-20 PVSE 400/24-40 PVSE 400/30-25A PVSE 400/48-20 240 Watt 480 Watt 960 Watt 750 Watt 960 Watt Primary switched mode supply, three phase primary switched mode power supply for mounting on DIN 35 mm rail Safety standards Safety EMV Approvals UL Safety standards Safety EMV Approvals EN 60950, UL 60950, UL 508 EN 61204-3 (product standard) UL/CSA 60950 recognised UL 508 listed/CSA 22.2 No. 107.1 3rd Ed. listed prepared –10° C to +70° C, Derating –3 %/K > +50° C –10° C bis +70° C, Derating –3 %/K > +50° C UL Environment Ambient temperature Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Conductors Installation Feedback voltage Input Rated input voltage Operating input voltage range Rated frequency range Rated input current at 340 Vac In-crush current (cold) Active in-crush current limiter, optional Internal fuse External protection device (ULrecognised) Recommended external protection Leakage current Mains drop compensation Over voltage protection WAGO multi plug system Output Rated output voltage Rated output voltage range Rated output current Real Power Boost Top Boost Current limitation Efficiency Max. power loss (idling/nominal load) Residual ripple Parallel operation WAGO multi plug system Signalling Power Good (DC OK), LED Power Good (DC OK), LED WAGO multi plug system Mechanical data Dimensions W × H × T (without plug) Weight Order numbers Economy With power good signal, potential-free With active in-crush limiter With power good signal, potential-free and with active in-crush limiter 46 –25° C to +85° C AN (natural air convection cooling) 30 to 85 % relative humidity, no dew 3 × 1.6 AT 3 × 400–500 Vac 340–550 Vac (480–780 Vdc) 50–60 Hz 1.0 Aac (24 Vdc/20 2.0 Aac (24 Vdc/40 2.0 Aac (24 Vdc/40 Adc) Adc) Adc) <30 Ap typ. rated input current 3 × 2.5 AT 3 × 3.2 AT 3 × 3.2 AT 2.0 Aac (24 Vdc/40 Adc) 3 × 3.2 AT not necessary Motor protection switch, Setting value 1.6 A, Adj. range 1.6–2.5 A 10 Adc at 24 Vdc 70 Adc for 50 ms typ. 91.7 % 7.8/19.92 W Series 231 Ð 2.5 mm² Motor protection switch, Setting value 2.5 A, Adj. range 2.5–4.0 A Motor protection Motor protection switch, switch, Setting value 3.2 A, Setting value 3.2 A, Adj. range 2.5–4.0 A Adj. range 2.5–4.0 A typ. 1 mA typ. 10 ms (at rated voltage 3 × 400 Vac) through varistor in primary circuit Series 231, Ð 2,5 mm² 24 Vdc ±1 % 30 Vdc ±1 % 22.8–28.8 Vdc 20 Adc at 24 Vdc 40 Adc at 24 Vdc 25 Adc at 24 Vdc 100 % up to 4 Sek., 50 % up to 8 Sek. 80 Adc for 50 ms 100 Adc for 50 ms 62 Adc for 50 ms typ. 1.1 × Irated typ. 92 % typ. 93.1 % typ. 94 % 8.3/38.4 W 7.0/66.2 W 5,2/4,7 W <150 mVpp yes, for increased power Series 831 Ð 10.0 mm² Motor protection switch, Setting value 3.2 A, Adj. range 2.5–4.0 A Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Conductors Installation Feedback voltage Input Rated input voltage Operating input voltage range Rated frequency range Rated input current at 340 Vac In-crush current (cold) Active in-crush current limiter, optional Internal fuse External protection device (ULrecognised) Recommended external protection 48 Vdc ±1 % 20 Adc at 24 Vdc typ. 92 % 52/59,2 W Uout > 25 Vdc: Uout > 36 Vdc: LED green lights, LED green lights, LED red off LED red off Optional relay contact, type: switch over, switching capacity: 30 Vdc/1 A (240 Vac/0.5 A) Series 733 Ð 0.5 mm² Uout > 20.4 Vdc: LED green lights, LED red off 57 × 127 × 179 mm 1.0 kg 77 × 127 × 179 mm 1.3 kg 128 × 127 × 205 mm 128 × 127 × 205 mm 2.5 kg 2.5 kg PVSE 400/24-10 PVSE 400/24-10A PVSE 400/24-10B PVSE 400/24-20 PVSE 400/24-20A PVSE 400/24-20B PVSE 400/24-40 PVSE 400/24-40A PVSE 400/24-40B – PVSE 400/30-25A – PVSE 400/40-20 – – PVSE 400/24-10Z PVSE 400/24-20Z PVSE 400/24-40Z – – EN 60950, UL 60950, UL 508 EN 61204-3 (product standard) UL/CSA 60950 recognised UL 508 listed/CSA 22.2 No. 107.1 3rd Ed. listed Environment Ambient temperature 4,2 kVdc enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) prepared for safety class I Use copper conductors only, rated 60° C or 60/75° C For installation in pollution degree 2 environment Ð 35 Vdc 0.6 Aac (24 Vdc/10 Adc) BASIC PVSB 400/24-10 PVSB 400/24-20 PVSB 400/24-40 240 Watt 480 Watt 960 Watt Primary switched mode supply, three phase primary switched mode power supply component for mounting on DIN 35 mm rail Leakage current Mains drop compensation Over voltage protection WAGO multi plug system Output Rated output voltage Rated output voltage range Rated output current Real Power Boost Top Boost Current limitation Efficiency Max. power loss (idling/nominal load) Residual ripple Parallel operation WAGO multi plug system Signalling LED red LED yellow (configurable) LED green Active switched outputs (configurable) Interface WAGO multi plug system Mechanical data Dimensions W × H × T (without plug) Weight Order numbers Basic With active in-crush limiter –10° C to +55° C, Derating –5 %/K > +45° C –10° C to +70° C, Derating –3 %/K > +50° C 400 to 500 Vac, Derating –0,5 Adc/10 Vac > 440 Vac –25° C to +85° C AN (natural air convection cooling) 30 to 85 % relative humidity, no dew 4,2 kVdc enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) prepared for safety class I Use copper conductors only, rated 60° C or 60/75° C For installation in pollution degree 2 environment Ð 35 Vdc 3 × 400–500 Vac 340–550 Vac (480–780 Vdc) 50–60 Hz 0.6 Aac (24 Vdc/10 1.0 Aac (24 Vdc/20 2.0 Aac (24 Vdc/40 Adc) Adc) Adc) <30 Ap typ. rated input current 3 × 1.6 AT 3 × 2.5 AT 3 × 3.2 AT not necessary Motor protection switch, Setting value 1.6 A, Adj. range 1.6–2.5 A Motor protection Motor protection switch, switch, Setting value 3.2 A, Setting value 2.5 A, Adj. range 2.5–4.0 A Adj. range 2.5–4.0 A typ. 1 mA typ. 10 ms (at rated voltage 3 × 400 Vac) through varistor in primary circuit Series 231, Ð 2,5 mm² 24 Vdc ±1 % 22.8–28.8 Vdc 10 Adc at 24 Vdc 20 Adc at 24 Vdc 40 Adc at 24 Vdc 100 % up to 4 Sek., 50 % up to 8 Sek. 70 Adc for 50 ms 80 Adc for 50 ms 100 Adc for 50 ms typ. 1.1 × Irated typ. 91.7 % typ. 92 % typ. 93.1 % 7.8/19.92 W 8.3/38.4 W 7.0/66.2 W <150 mVpp yes, for increased power Series 231 Ð 2.5 mm² Series 831 Ð 10.0 mm² Fault, e.g. Uout < Power Good: LED lights Warning, e.G. Iout > Irated: LED lights Uout ≥ Power Good: LED lights 24 Vdc/Ð 25 mA RS-232 Series 733 Ð 0.5 mm² 57 × 127 × 179 mm 1.0 kg 77 × 127 × 179 mm 1.3 kg 128 × 127 × 205 mm 2.5 kg PVSB 400/24-10 PVSB 400/24-10B PVSB 400/24-20 PVSB 400/24-20B PVSB 400/24-40 PVSB 400/24-40B 47 PVSL 400 PVFE 24 Technical data Technical data LINE PVSL 400/24-10 PVSL 400/24-20 PVSL 400/24-40 240 Watt 480 Watt 960 Watt Primary switched mode supply, three phase primary switched mode power supply component for mounting on DIN 35 mm rail Safety standards Safety EMV Approvals UL EN 60950, UL 60950, UL 508 EN 61204-3 (product standard) UL/CSA 60950 recognised UL 508 listed/CSA 22.2 No. 107.1 3rd Ed. listed Environment Ambient temperature Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Conductors Installation Feedback voltage Input Rated input voltage Operating input voltage range Rated frequency range Rated input current at 340 Vac In-crush current (cold) Active in-crush current limiter, optional Internal fuse External protection device (ULrecognised) Recommended external protection 48 Leakage current Mains drop compensation Over voltage protection WAGO multi plug system Output Rated output voltage Rated output voltage range Rated output current Real Power Boost Top Boost Current limitation Efficiency Max. power loss (idling/nominal load) Residual ripple Parallel operation WAGO multi plug system Signalling LED red LED yellow (configurable) LED green Active switched outputs (configurable) Interface WAGO multi plug system Mechanical data Dimensions W × H × T (without plug) Weight Order numbers Line With active in-crush limiter –10° C to +55° C, Derating –5 %/K > +45° C –10° C to +70° C, Derating –3 %/K > +50° C 400 to 500 Vac, Derating –0,5 Adc/10 Vac > 440 Vac –25° C to +85° C AN (natural air convection cooling) 30 to 85 % relative humidity, no dew 4,2 kVdc enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) prepared for safety class I Use copper conductors only, rated 60° C or 60/75° C For installation in pollution degree 2 environment Ð 35 Vdc 2/3 × 400–500 Vac 340–550 Vac (480–780 Vdc) 50–60 Hz 0.6 Aac (24 Vdc/10 1.0 Aac (24 Vdc/20 2.0 Aac (24 Vdc/40 Adc) Adc) Adc) <30 Ap typ. rated input current 3 × 1.6 AT 3 × 2.5 AT 3 × 3.2 AT not necessary Motor protection switch, Setting value 1.6 A, Adj. range 1.6–2.5 A Motor protection Motor protection switch, switch, Setting value 2.5 A, Setting value 3.2 A, Adj. range 2.5–4.0 A Adj. range 2.5–4.0 A typ. 1 mA typ. 10 ms (at rated voltage 3 × 400 Vac) through varistor in primary circuit Series 231, Ð 2,5 mm² 24 Vdc ±1 % 22.8–28.8 Vdc 10 Adc at 24 Vdc 20 Adc at 24 Vdc 40 Adc at 24 Vdc 100 % up to 4 Sek., 50 % up to 8 Sek. 70 Adc for 50 ms 80 Adc for 50 ms 100 Adc for 50 ms typ. 1.1 × Irated typ. 91.7 % typ. 92 % typ. 93.1 % 7.8/19.92 W 8.3/38.4 W 7.0/66.2 W <150 mVpp yes, for increased power Series 231 Ð 2.5 mm² Series 831 Ð 10.0 mm² ECONOMY PVFE 24/24-12 PVFE 24/24-20 PVFE 24/24-24 PVFE 24/24-40 Electronic fuse with two channels for mounting Electronic fuse with four channels for mounting on DIN 35 mm rail on DIN 35 mm rail Safety standards Safety EMC Approvals UL Environment Ambient temperature Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Reverse connection protection Input Designated input voltage Voltage range Remote-on input Over voltage protection (transient) WAGO Multi Connection System (++) WAGO Multi Connection System (signal,--) Output Designated output voltage Voltage drop per channel at 6 A/10 A Designated output current Efficiency Max. power loss idling/nominal load Maximum turn on capacity Feedback voltage Internal fuse Parallel operation of the individual channels Series connection of serveral modules WAGO Multi Connection System Signalling LED Potential free signal contact (configurable) Active switched outputs (configurable) Interface WAGO Multi Connection System Various Dimensions width x height x depth Weight Order numbers Standard (2 channels) connector for signaling, optional EN 60950, UL 508 EN 61000-6-2 and EN 61000-6-3 (generic standard) UL 60950, UL 508 -10 °C to +60 °C -25 °C to +85 °C Natural air convection cooling 30 to 85% relative humidity, no dew 500 Vdc (clamps to case) enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) III no 24 Vdc 18 to 30 Vdc repeat switch on between 18 and 30 Vdc for min. 50 ms through varistor at input series 831, Ð 10 mm² series 231, Ð 2,5 mm² 24 Vdc 140 mV/140 mV/240 mV 120 mV/– 120 mV/240 mV 1 bis 6 A (adjustable in 1 bis 10 A (adjustable 1 bis 6 A (adjustable in 1 bis 10 A (adjustable 1 A steps) 1 A steps) in 1 A steps) in 1 A steps) typ. 96 % 2 W/4 W (2 channels) 2 W/12 W (4 channels) typ. 10.000 µF per 1 A rated current Ð 33 Vdc 6.3 AT per channel 15 AT per channel 6.3 AT per channel 15 AT per channel not permitted not permitted series 231, Ð 2,5 mm² green/yellow/red relay contact, type: switch over: 30 Vdc/1A (240 Vac/0,5 A) 24 Vdc/Ð 25 mA RS-232 series 733, Ð 0.5 mm² 40 x 127 x 163 mm 0,8 kg PVFE 24/24-12 PV-CON PVFE 24/24-20 PVFE 24/24-24 PVFE 24/24-40 Fault, e.g. Uout < Power Good: LED lights Warning, e.G. Iout > Irated: LED lights Uout ≥ Power Good: LED lights 24 Vdc/Ð 25 mA RS-232 Series 733 Ð 0.5 mm² 57 × 127 × 179 mm 1.0 kg 77 × 127 × 179 mm 1.3 kg 128 × 127 × 205 mm 2.5 kg PVSL 400/24-10 PVSL 400/24-10B PVSL 400/24-20 PVSL 400/24-20B PVSL 400/24-40 PVSL 400/24-40B 49 PVFB 24 PVUA 24 Technical Data Technical Data BASIC PVFB 24/24-32 Electronic fuse with 4 channels for mounting on DIN 35 mm rails Standards Safety EMC Approvals UL Environment Ambient temperature Storage temperature Cooling method Allowable humidity EN 60950, UL 1077 EN 61000-6-2 and EN 61000-6-3 (generic standard) UL 60950, UL 508 –10° C to +60° C –25° C to +85° C Natural air convection cooling 30 to 85% relative humidity, no dew Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Reverse connection protection Input Designated input voltage Voltage range Overvoltage protection (transient) WAGO multi-connector system (++) WAGO multi-connector system (+–) Output Designated output voltage Voltage drop per channel at 8 A Designated output current Trip-Time Aktive current limiting Efficiency max. power loss (idling/nominal load) Maximal turn on capacity Feedback voltage Internal fuse Parallel option of individual channels Series connection of several modules WAGO multi-connector system Signaling LED Active switched output (configurable) Interface WAGO multi-connector system Various Dimensions W x H x D (without plug) Weight Order number 500 Vdc (clamps to cage) Enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV and EN 60204 (PELV) III no 24 Vdc 18 to 30 Vdc through varistor at input Serie 831, Ð 10 mm² Serie 231, Ð 2.5 mm² 24 Vdc 140 mV 1–8 A (adjustable in 1 A steps) Typ. 100 ms (depending on rated current from 0.1 to 1.5 sec.) typ. 1,5 × rated current typ. 96 % 2 W/8.2 W typ. 20.000 µF Ð 33 Vdc 15 AT per channel Not permitted Not permitted Serie 231, Ð 2.5 mm² green/yellow/red 24 Vdc/Ð 25 mA RS-232 Serie 733, Ð 0.5 mm² 40 × 127 × 163 mm 0.8 kg PVFB 24/24-32 PVUA 24/24-10 PVUA 24/24-20 Management Module for accumulators for mounting DIN 35 rail Standards Safety EMC Approvals UL (pending) Environment Ambient temperature Storage temperature Cooling Allowable humidity Safety and protection HV test voltage Type Protection index Safety extra-low voltage Safety class Reverse connection protection Parallel operation Input Rated input voltage Operating input voltage range Input current at 24 Vdc (standby/ charging process/max.) WAGO multi-connector system Output Rated output voltage Operating output voltage (normal operation) Operating output voltage (buffer operation) Operating output current Over current protection with hiccup mode Remote power off (buffer operation) Wirkungsgrad Max. power loss idling/normal load Feedback voltage WAGO multi-connector system Storage medium Rated voltage Charging voltage upper level Charging current Recommended storage medium WAGO multi-connector system Signalling LED Potential free signal contact (configurable) Active switched outputs (configurable) Interface WAGO multi-connector system Various Dimensions W x H x D (without plug) Weight Order number Connector for signaling 50 EN 60950, UL 60950, UL 508 EN 61000-6-2 and EN 61000-6-3 (generic standard) UL/CSA 60950 recognised UL 508 listed –10° C to +60° C –25° C to +85° C Natural air convection cooling 30 to 85% relative humidity, no dew 500 Vdc (clamps to case) enclosed for installation in switching cabinet IP 20 (to EN 60529) EN 60950 (SELV and EN 60204 (PELV) III Yes Yes, to increase buffer time (temperature measuring for only one battery module) 24 Vdc 22 to 29 Vdc 0,1 A/0,8 A/10,8 A 0,1 A/1,5 A/21,5 A Serie 231, Ð 2.5 mm² Serie 831, Ð 10 mm² 24 Vdc Uin –0,5 Vdc Uin –1 Vdc battery voltage –0,5 Vdc 10 A battery voltage –1 Vdc 20 A typ. 11–14 A typ. 22–26 A yes typ. 95 % 15 W/20 W 15 W/30 W Ð 35 Vdc Serie 231, Ð 2.5 mm² Serie 831, Ð 10 mm² 24 Vdc 26 to 29,5 Vdc (adjustable or temperature controlled) Ð 0.6 A Ð 1.0 A PVA 24/3,2Ah, PVA PVA 24/7Ah, PVA 24/7Ah, PVA 24/12 24/12 Ah Ah Serie 231, Ð 2.5 mm² Serie 831, Ð 10 mm² green/yellow/red Relay contact, type changeover, 30 Vdc/1 A (240 Vac/0,5 A) 24 Vdc/Ð 25 mA RS-232 Serie 733, Ð 0.5 mm² 40 × 127 × 163 mm 0.8 kg 57 × 127 × 179 mm 1.2 kg PVUA 24/24-10 PVUA 24/24-20 PV-CON (optional) 51 PVA 24 PVUC 24 Technical data Technical data PVA 24/3,2Ah PVA 24/7Ah PVA 24/12Ah PVA 24 are maintenance-free lead gel rechargeable batteries for use with PVUA 24 General data Ambient temperature –10° C to +40° C Storage –25° C to +50° C Protection index IP 20 Safety class III Batteries VdS inspected Safety 5 years at 20° C, 4 years at 30° C, 2 years at 40° C Service Life Electrical data Nominal voltage 24 Vdc Nominal capacity 3.2 Ah 7 Ah 12 Ah Max. loading current 0.8 A 1.8 A 3A 27 Vdc End-of-charge voltage (at 25 °C) Typ. buffer time at 10 A current 6 min 20 min 46 min requirement Typ. buffer time at 20 A current – 5 min 22 min requirement Nominal output current 12 A 21 A 21 A Output fuse, internal 15 AT 21 AT 25 AT Connection in parallel yes to increase the buffer time Resistor for temperature NTC K164/4,7 KÞ measurement Mechanical data WAGO multi plug system (In/Output) Series 231, Ð 2.5 mm² Series 831, Ð 10 mm² WAGO multi plug system (temperature Series 231, Ð 2,5 mm² measurement) Mounting Direct screw mounting 120,5 x 236 x 217.5 73 × 165 × 175.5 86 × 236 × 217.5 Dimension (width x height x depth) mm Weight 4.2 kg 6.5 kg 10,6 kg Order number PVA 24/3,2Ah PVA 24/7Ah PVA 24/12Ah PVUC 24/24-10 PVUC 24/24-20 Capacitive buffer module for mounting on DIN 35 mm rail Standards Safety EMC Safety extra-low voltage Approvals UL Environment Ambient temperature Storage temperature Lifetime expatancy Cooling Allowable humidity Safety and protection HV test voltage Construction Protection index Safety class Reverse connection protection Input Designated input voltage Voltage range Charging time Threshold level (adjustable) Input current (ready/charging process/max.) Connections: WAGO multi-connector system Output Designated output voltage Output voltage, normal operation Output voltage, buffer operation Output current Typ. buffer time at nominal current Overcurrent protection (buffer operation) Feedback voltage Parallel connection option Power losses Connections: WAGO multi-connector system Signalling Power Good at output (DC OK), LED DC OK and and capacitors charged, floating contact Charging of internal capacitors, LED Connections: WAGO multi-connector system Various Dimensions W x H x D (without connecting plug) Weight Order number 52 EN 60950, UL 60950, UL 508 EN 61000-6-2 and EN 61000-6-3 (generic standard) EN 60950 (SELV) and EN 60204 (PELV) UL 60950/UL 508 –10° C to +50° C –10° C to +60° C typ. 87,000 h (at 25° C operational temperature) typ. 30.500 h (at 40° C operational temperature) AN (natural air convection cooling) 30–85% relative humidity, no dew 500 Vdc (clamps to case) enclosed for installation in switching cabinet IP 20 (to EN 60529) III Yes 24 Vdc 20 to 30 Vdc Typ. 5 minutes 20 to 24 Vdc 60 mA/1,0 A/11 A 60 mA/1,0 A/22 A Serie 231 Ð 2,5 mm² Serie 831 Ð 10 mm² 24 Vdc Uin –0.5 Vdc (at 10 A) Uin –1 Vdc (at 20 A) 20.4 to 24 Vdc (adjustable) 10 A 20 A 0,4 s 0.4 s electronic, typ. 11 A electronic, typ. 22 A Ð 35 Vdc Yes 1.5 W/6.5 W 1.5 W/15 W Serie 231 Ð 2.5 mm² Serie 831 Ð 10 mm² Uout > approx. 20 Vdc: green LED lights up, red LED turns off Relay contact, type: changeover contact, switching capacity: 30 Vdc/1 A (240 Vac/0.5 A) charging: yellow LED lights up Serie 231 Ð 2.5 mm² 57 × 127 × 179 mm 1.0 kg PVUC 24/24-10 PVUC 24/24-20 53 PVRE 24 PVRB 24 Technical data Technical Data ECONOMY PVRE 24/24-20 Redundancy module for mounting on DIN 35 mm rails BASIC PVRB 24/24-20 Redundancy module with 2 channels for 24 V supplies, for TH35 rail mounting or screw mounting Standards Safety EMC EN 60950, UL 60950, UL 508 EN 61000-6-2 and EN 61000-6-3 (generic standard) Approvals UL Environment Ambient temperature Storage temperature Cooling method Allowable humidity UL 60950 UL 508 –10° C to +60° C –25° C to +85° C Natural air convection cooling (vertically fitting) 30 to 85 % relative humidity, no dew EMC Environment Ambient temperature Storage temperature Cooling method Safety and protection HV test voltage Construction Protection index Safety extra-low voltage Safety class Input Designated input voltage Voltage range Rated input current Reverse connection protection WAGO Multi Connection System Output Rated output voltage Voltage drop input/output Rated output current Efficiency Max. power loss (idling/nominal load) Feedback voltage Internal fuse Parallel operation individual channels WAGO Multi Connection System Signalling LED Potential free signal contact (configurable) WAGO Multi Connection System Various Dimensions W x H x D (without plug) Weight Order numbers 500 Vdc (clamps to case) enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) III 24 Vdc 0.6 V 40 A >97 % 1.5 W/14 W (20 A), 1.5 W/26 W (40 A) Ð 33 Vdc no yes Series 831, Ð 10.0 mm² green/yellow/yellow Relay contact, type: switch over 30 Vdc/ 1 A (240 Vac/0.5 A) Series 231, max. 2.5 mm² 40 × 127 × 163 mm 0.8 kg UL/CSA 60950 recognised UL 508 listed –10° C to +60° C –25° C to +85° C Natural air convection cooling (vertically fitting) 30 to 85 % relative humidity, no dew Safety and protection HV test voltage Construction Protection index Safety extra-low voltage 24 Vdc 18 to 30 Vdc 2 × 20 A/1 × 40 A yes Series 831, Ð 10.0 mm² PVRE 24/24-20 54 Allowable humidity Safety class Electrical data Rated voltage Range Voltage (max. permissible) Top Boost: Transient current rise makes possible the selective tripping of circuit breakers at 24 Vdc üüPage 41 � �� LED signalling: Colour-coded LEDs provide information about the operational status of the device � �� 2-phase operation: Error-free function3-phase devices even if one phase fails irreparably EN 60950, UL 60950, UL 508 EN 61000-6-2 and EN 61000-6-3 (generic standard) Approvals UL (pending) � �� Parallel connection option: For increased power and redundancy Standards Safety Real Power Boost: Reliable starting of heavy loads thanks to huge power reserves üüPage 40 500 Vdc (clamps to case) enclosed for installation in switching cabinets IP 20 (to EN 60529) EN 60950 (SELV) and EN 60204 (PELV) III 24 Vdc 18–30 Vdc 39 V (transient) Serie 831, Ð 10.0 mm² Connections: WAGO (+), multi-connector system Serie 231, Ð 2.5 mm² (–) Rated current per input and output 20 A 30 A (40 A for 5 s real Maximum current per input and output power boost) Yes, as long as the maximum current at the output does not Parallel connection exceed the maximum permissible value. Reverse polarity protection Yes Efficiency >97 % Signalling Error: Uout < DC OK: Red LED LED lights up Warning. E.g. Uin1 or Uin2 failed: LED lights Yellow LED up Uout ≥ DC OK: LED Green LED lights up Active switching outputs (configurable) 24 Vdc/Ð 25 mA Interface RS-232 Relay contact, Type: changeover, Isolated signal contact 30 Vdc/1 A (240 Vac/0,5 A) Serie 733, Ð 0.5 mm² (active switching Connections: WAGO outputs , RS-232), Serie 231, max. 2.5 multi-connector system mm² (isolated signal contact) Various 40 × 127 × 163 Dimensions W x H x D (without plug) Weight 0.8 kg Order number PVRB 24/24-20 Active inrush current limiting: Actively limits the inrush current of the devices to the rated input current � � �� Active current limiting in the event of an error: Current limiting is activated in the event of an overload at the device output �� RS-232 interface: Used to set the device parameters and to visualise relevant operating data üüPage 43 �� DC current and voltage monitoring: Permanent current and voltage monitoring at 24 Vdc � �� Configurable overcurrent behaviour: Implementation of output characteristic for optimum dimensioning of the entire system üüPage 42 � �� Display: Used to set the device parameters and visualise operating data. � �� Active signal outputs: 24 Vdc signal outputs for remote monitoring � �� AC power input monitoring: Permanent monitoring of voltage, frequency and phase sequence direction on the primary side �� Stabilised output voltage: Stabilised and configurable output voltage �� Non-stabilised output voltage: Output voltage which is � �� dependent upon the input voltage and the load ratios of the �� power supply Isolated DC OK signal contact: Isolated changeover contact for remote monitoring of the output voltage �� Isolated signal contact: Isolated signal contact for remote monitoring �� Timer functions: Precisely timed control of important functions such as the hour counter, delayed switching in or time-driven overcurrent characteristics �� Fault memory: Faults can be diagnosed directly on the device üüPage 43 � �� High degree of installation flexibility: The devices are � available in two different installation versions with a variety �� of mounting options üüPage 40 Inclusive of software: �� Free software for parameter setting and visualisation �� 55 �� United Kingdom BLOCK UK LTD. 24 Bentalls Centre Colchester Road Heybridge Maldon Essex CM9 4GD Phone: +44 1621 85-0666 Fax: +44 1621 85-0711 www.blockuk.co.uk [email protected] USA BLOCK USA L.P. 820 Greenbrier Circle Suite 25 Chesapeake VA 23320 Phone: +1 757 578 3470 Fax: +1 757 578 4801 www.blockusa.com [email protected] Representatives in Germany Hamburg Schleswig Holstein Nord-Ost Niedersachsen Mecklenburg-Vorpommern BLOCK TranformatorenElektronik GmbH Michael Buck Bogenstraße 9B 22869 Schenefeld Tel.: +49 40 8393-2110 Fax: +49 40 8393-2111 [email protected] PLZ 17000–19999 20000–21739 22000–25999 Hannover Ostwestfalen Kassel Ingenieurbüro Dybus GmbH Postfach 12 48 30928 Burgwedel Schulze-Delitzsch-Straße 6a 30938 Burgwedel Tel.: +49 5139 9959-0 Fax: +49 5139 9959-29 www.dybus.com [email protected] PLZ 29000–34480 37000–37199 37400–38999 Bremen Oldenburg Osnabrück Industrie-Vertretungen Reinhold Nesemann Neue Heimat 27 A 28307 Bremen Tel.: +49 421 403744 Fax: +49 421 400394 www.ivn-bremen.de [email protected] PLZ 21740–21799 26000–28999 49000–49999 Nordrhein-Westfalen Ingenieurbüro Martin Schwert Elektrotechnik Münsterstraße 47 59368 Werne Tel.: +49 2389 402995-0 Fax: +49 2389 402995-18 [email protected] PLZ 40000–48999 50000–53999 57000–59999 Berlin Brandenburg Magdeburg Dresden BLOCK TranformatorenElektronik GmbH Alexander Walz Ulmenstraße 115 a 12621 Berlin Tel.: +49 30 5658-7203 Fax: +49 30 5658-7204 [email protected] PLZ 01000–03999 10000–16999 39000–39999 Thüringen Leipzig BLOCK TranformatorenElektronik GmbH Mike Preiß Falkenring 21 98693 Ilmenau OT Oberpörlitz Tel.: +49 3677 679-994 Fax: +49 3677 679-995 Mobil: +49 151 17 46 89 55 [email protected] PLZ 04000–09999 36400–36499 37200–37399 98000–99999 Rheinland Pfalz Süd-Hessen Saarland Ingenieurbüro Dr. Klaus-Peter Voigt Konrad-Adenauer-Str. 16 a 61191 Rosbach Tel.: +49 6003 322-2 Fax: +49 6003 322-0 www.voigt-trafo.de [email protected] PLZ 34490–35999 36000–36399 54000–56999 60000–69999 76700–76999 Franken Nordbayern BLOCK TransformatorenElektronik GmbH Max-Planck-Str. 36-46 27283 Verden Tel.: +49 4231 678-0 Fax: +49 4231 678-177 www.block-trafo.de [email protected] PLZ 36500–36999 90000–92999 95000–97999 Baden-Württemberg Ingenieurbüro G. Zimmermann Wunnensteinstraße 21 71723 Großbottwar Tel.: +49 7148 4801-0 Fax: +49 7148 4801-19 [email protected] PLZ 70000–76699 77000–79999 88000–89299 89500–89999 Südbayern BLOCK TransformatorenElektronik GmbH Max-Planck-Str. 36-46 27283 Verden Tel.: +49 4231 678-0 Fax: +49 4231 678-177 [email protected] PLZ 80000–87999 89300–89499 93000–94999 International representatives Australia Capacitor Technologies PTY LTD. F 13/40 Edina road P.O. Box 240 Ferntree Gully Victoria 3156 Phone: +61 3975 85866 Fax: +61 3975 22067 www.captech.com.au [email protected] Austria Regatronic Regel- und Antriebselektronik GmbH Gewerbepark 9 4201 Gramastetten Phone: +43 7239 7550-0 Fax: +43 7239 7550-50 www.regatronic.at [email protected] Finland AEG Finland Oy P.O. Box 147 01511 Vantaa Juhanilantie 4 01740 Vantaa Phone: +358 9870027-0 Fax: +358 9870027-28 [email protected] Greece Theo. Theodoropoulos Georg Glysti Str. 34 117 44 Neos Kosmos/Athen Phone: +30 2109014373 Fax: +30 2109014373 Iceland SPENNUBREYTAR ehf Trönuhraun 5 220 Hafnarfjördur Box 400 222 Hafnarfjördur Phone: +354 555-4745 Fax: +354 565-2005 www.spennubreytar.is [email protected] Israel Semicom Lexis LTD. P.O. Box 3 IL-60910 Moshav Bney Zion Phone: +972 97611222 Fax: +972 97413852 www.semicom.co.il [email protected] Italy SINTEL Società Internazionale Elettronica s.r.l. Via Raffaello Sanzio 2/D 21013 Gallarate/Varese Phone: +39 0331 7959-15 Fax: +39 0331 7959-13 www.sintelsrl.net [email protected] Malaysia LETRIMATIK SDN. BHD No. 4 Jalan TPK 2/4 Taman Perindustrian S. Kinrara Batu 7 1/2 Off Jalan Puchong 47100 Puchong Phone: +60 357 625-88 Fax: +60 357 625-82 [email protected] Netherlands ELINCOM ELECTRONICS B.V. Klaverbaan 101-103 2908 KD Capelle aan den Ijssel Phone: +31 10 26402-70 Fax: +31 10 26402-75 www.elincom.nl [email protected] Spain ELECTRONICA OLFER S. L. P. A. E. Casablanca II Av. Severo Ochoa 37. C/B. Nave 4D 28100 Alcobendas - Madrid Phone: +34 91 48408-50 Fax: +34 91 48408-51 www.olfer.com [email protected] Switzerland PG Transformatoren GmbH Glattalstrasse 505 8153 Rümlang Phone: +41 44 817 31 51 Fax: +41 44 817 34 74 www.pgtrafo.ch [email protected] Taiwan Kingdatron Electronic Industrial Co. LTD. 7th Floor No. 19 Lane 221 Gang Qian Road Taipei Taiwan 11494 Phone: +886 2 2659-6058 Ext. 19 Fax: +886 2 2659-6059 www.keic.com.tw [email protected] Turkey SANIL Teknik Elektrik San. ve Tic. Ltd. Sti. Okçumusa Caddesi Tutsak Sokak No: 27/5 Karaköy Istanbul 34420 Phone : +90 212 256 94 28 Fax: +90 212 256 94 04 www.sanil.com.tr [email protected] Contract distributors Avnet Abacus www.abacus.co.uk Arrow Electronics (UK) Ltd www.arrowne.com Bürklin OHG www.buerklin.com Conrad Electronic SE www.conrad.de DEG Deutsche ElektroGruppe GmbH www.deutsche-elektrogruppe.de E.T.N. Groupe www.etn.fr EVE GmbH www.eve.de Farnell InOne www.farnellinone.com Hagemeyer Deutschland GmbH & Co. KG www.hagemeyerce.com HANSETRONIK Elektronikbauteile Vertriebs GmbH www.hansetronik.de Mütron Müller GmbH & Co. KG www.muetron.de Reichelt Elektronik www.reichelt.de RS Components GmbH Austria www.rs-components.at RS Components GmbH Germany www.rsonline.de RS Components Ltd. United Kingdom www.rswww.com BPV2009-10A1/ENG/11-09/REV0 Belgium BLOCK Belgium BVBA Nieuwstraat 2 3200 Aarschot Phone: +32 1669-6945 Fax: +32 1669-7972 www.block-trafo.de [email protected] Distrelec Schuricht GmbH www.distrelec.de BLOCK Transformatoren-Elektronik GmbH Max-Planck-Straße 36–46 • 27283 Verden • Germany Phone +49 4231 678-0 • Fax +49 4231 678-177 [email protected] • www.block-trafo.de Subject to change without notice block-trafo.de revision version november 2009-11-12 Subsidiaries

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