Summary of Contents for Power Innovations INVB Series
- Page 1 Inverter INVB-Series Telecom, Industry and Rail Applications Technical Description – English Version 5.3/November 2011...
- Page 2 RODUCT ESCRIPTION Manufacturer’s Address: Power Innovation Stromversorgungstechnik GmbH Rehland 2 28832 Achim Germany Tel.: +49-(0)4202-5117-0 Fax.: +49-(0)4202-5117-70 e-mail: sales@powerinnovation.com web: www.powerinnovation.com All information and data in this manual correspond to the momentary state of technology which applies at time of press. Furthermore we do not take any guarantee for these documents referring to appliance or interpretation.
-
Page 3: Table Of Contents
RODUCT ESCRIPTION Contents Preface ........................4 Acceptance test ......................5 Checking for damages ..................5 Installation ......................... 6 Operational environment ..................6 Safety requirements ................... 7 External fusing ....................7 Electrical connections ..................7 Device protection ....................7 Grounding ......................7 Product description ..................... -
Page 4: Preface
RODUCT ESCRIPTION 1 Preface Dear customer! Thank you for purchasing a product from Power Innovation GmbH. This manual contains detailed information about the Power Innovation GmbH device you purchased. It describes the features, basic functions, various applications and offers so- lutions in case of failure. -
Page 5: Acceptance Test
RODUCT ESCRIPTION 2 Acceptance test 2.1 Checking for damages Power Innovation products are manufactured and shipped according to strict quality con- trol standards. If a product proves to be defective in material or workmanship, the warran- ty will be granted (refer to our “Terms of Warranty”). ... -
Page 6: Installation
RODUCT ESCRIPTION 3 Installation Note: The electrical planning and installation of the device may only be undertaken by qualified personnel. It must comply with all local legislation and regulations. The installation instructions must be followed carefully. If ne- glected, safety and health of the personnel involved are threatened and injuries and/or fatality may be caused. -
Page 7: Safety Requirements
RODUCT ESCRIPTION 3.2 Safety requirements Explanation of the safety symbols used in this manual: Caution Warning Ex- Warning plosion The electrical planning and installation of the device may only be undertaken by qualified personnel. It must comply with all local legislation and regulations. The installation in- structions must be followed carefully. - Page 8 RODUCT ESCRIPTION The only connection is a capacitive connection via the EMC Y-capacitors to the mechani- cal housing. These capacitors are necessary to fulfil the EMC requirements. The electri- cal capacity of these Y-caps is < 10 nF and the leakage current is < 2,5 mA. The inverter fulfills international norms and is marked with the CE label.
-
Page 9: Product Description
Disregard threatens the safety and health of personnel involved and may cause injuries or even fatality. There are no maintenance points inside the inverter. The inverters of the INVB series are described as follows: Power rating and voltage versions: Product... - Page 10 The switch-over time of the integrated bypass contact is less than 4 ms. The inverters of the INVB series are forced fan cooled (the speed of the internal fan is depending on the internal inverter temperature and the AC output power).
-
Page 11: Control Elements And Connections
RODUCT ESCRIPTION 3.8 Control elements and connections Inverter INVB4000/INVB2000 in 48/60, 110 and 220V Figure 2 Description Type AC input, 1-phase commer- Phoenix Power Combicon cial power line (mains) AC output, 1-phase, Phoenix Power Combicon AC input fuse Commercial power line (mains) input L Control push button Push button for setup and control settings 2+6 Bargraph... -
Page 12: Block Diagram
RODUCT ESCRIPTION 3.9 Block diagram Figure 3 3.10 Fuse The integrated electronic bypass switch of the INVB inverters has one fuse in the AC in- put line, F1. This fuse is implemented as a protection of the inverter bypass switch and the electrical contacts used. -
Page 13: Connection
RODUCT ESCRIPTION 3.11 Connection 3.11.1 VDC input Inverter with 48/60, 110 and 220V input Function Abbreviation Input voltage reference 0V U Ground wire Input voltage positive Table 3, DC IN: 3x HDFK 16mm² Figure 4... -
Page 14: Led Display
RODUCT ESCRIPTION 3.11.2 LED display Load display LED 6 (red) 150% overload LED 5 (red) 125% overload LED 4 (green) 100% load LED 3 (green) 75% load LED 2 (green) 50% load LED 1 (green) 25% load Online display Online LED green Signalizes Inverter operation Online LED red Signalizes Mains operation... -
Page 15: Alarm Contact
RODUCT ESCRIPTION 3.11.4 Alarm contact Relay 1 (PG/Alarm) Alarm Relay 2 (operation mode) MAINS Figure 5 Inverter Abbreviation Bypass status “Inverter operation mode” Inverter / NC C (Common) Bypass status “Mains operation mode” Mains / NO Power Good (normal closed) Inverter o.k. -
Page 16: Ac Input/Output
RODUCT ESCRIPTION 3.11.5 AC input/output Figure 6 Function Abbreviation AC in, = 1,5mm² Ground wire, = 1,5 – 2,5mm² AC in, = 1,5mm² Table 5, AC input IEC appliance connector, 3-pole, male Function Abbreviation AC out, = 1,5mm² Ground wire, = 1,5 –... -
Page 17: Operation
RODUCT ESCRIPTION Caution: The inverters of the INVB series can only operate as stand alone units. The inverter output is „floating“, when the AC input is not connected to the external commercial power line. If the external mains are connected, the inverter output has an L/N/PE configuration. -
Page 18: Prerequisites
RODUCT ESCRIPTION 3.12.1 Prerequisites Before switching on the device(s), make sure that the following conditions are given: Ensure that all external fusing (DC input and AC input) is set to 0 (OFF) Ensure that the BATTERY SWITCH is set to 0 (OFF) Ensure correct polarity of all connections Control fastening of all connectors Switch on the external DC supply by setting the fuse(s) to 1 (ON) position... -
Page 19: Bypass Switching Characteristics
RODUCT ESCRIPTION 3.12.3 Bypass switching characteristics The switch over time of the bypass switch is typical 4ms. If the inverter is set to ON-LINE mode operation (preferred load supply by the inverter) and e.g. a DC failure occurs, the bypass switch turns over to mains supply in less than typical 4ms. After reaching a steady DC supply, the bypass switches back to inverter operation mode. -
Page 20: Setup
RODUCT ESCRIPTION 4 Setup Caution: The setup mode changes the parameters of the inverter. The factory defaults comply with standard conditions and/or the pa- rameters ordered by the customer. Alteration by qualified per- sonnel only! Damage to the inverter or connected devices or financial losses due to down times are on sole responsibility of the customer. - Page 21 RODUCT ESCRIPTION LOAD LED POWER LED activat- POWER LED deac- tivated LOAD LED 6 UVP Bit 0 (red) LOAD LED 5 UVP Bit 1 (red) LOAD LED 4 OVP Bit 0 (green) LOAD LED 3 OVP Bit 1 (green) LOAD LED 2 Mode Mode (green)
-
Page 22: Mechanical Dimensions
RODUCT ESCRIPTION 5 Mechanical dimensions Figure 8... -
Page 23: Exhibit
RODUCT ESCRIPTION 6 Exhibit Technical data, additional information and handling advices for this product series are listed in the attachment of this manual. A. Conversion table AWG to millimeter ø mm mm² 3,665 10,5510 3,268 8,3870 2,906 6,3200 2,588 5,2620 2,304 4,1680 2,052... -
Page 24: Declaration Of Conformity
RODUCT ESCRIPTION B. Declaration of conformity Power Innovation Stromversorgungstechnik GmbH, Address: Rehland 2 28832 Achim Germany hereby certify in sole responsibility that the products listed below: Inverter INVB-Series comply with the standards of electrical safety EN 60950 (VDE 0805). We hereby certify that all important interference tests have been performed. -
Page 25: Technical Data
RODUCT ESCRIPTION C. Technical data INVB4000 4000VA/3200W INVB2000 2000VA/1600W General Electrical safety EN 60950, VDE 0805 Efficiency > 88% at nominal load Galvanic isolation 3.75kV EMC (emission) EN 50081-1, Curve EN 55022A EMC (immunity) EN 50082-2 Operating temperature -5 to +50°C, non condensing +50 to +70°C, 2%/K derating Input DC voltage ranges INVB4000/INVB2000-48/60... -
Page 26: Fields Of Application
The invert- ers of the INVB Series have very low output impedance and are therefore suitable for non-linear loads (i.e. switching power supplies). Even considerable peak currents only bring slight deformation of the sine wave. -
Page 27: Terms Of Warranty
RODUCT ESCRIPTION G. Terms of warranty Dear customer, Thank you for choosing Power Innovation, the manufacturer of modern power supplies. In case your Power Innovation product needs guarantee service, please contact your distributor, or Power Innovation. In order to avoid any unnecessary inconvenience, we suggest reading the user and installation manual carefully before contacting us.
Need help?
Do you have a question about the INVB Series and is the answer not in the manual?
Questions and answers