Waeco CombiPower 2012 Operating Manual

Sine wave inverter with integrated automatic charger

Hide thumbs

Table Of Contents

2012, 2024

Sinus-Wechselrichter mit integriertem

Automatiklader

Bedienungsanleitung

Sine wave inverter with integrated

automatic charger

Operating manual

Onduleur sinusoïdal avec chargeur

automatique intégré

Notice d'utilisation

Inversor senoidal con cargador

automático integrado

Instrucciones de uso

124 Inverter sinusoidale con caricatore

automatico integrato

Istruzioni per l'uso

CombiPower

Table of Contents

Summary of Contents for Waeco CombiPower 2012

Page 1 CombiPower 2012, 2024 Sinus-Wechselrichter mit integriertem Automatiklader Bedienungsanleitung Sine wave inverter with integrated automatic charger Operating manual Onduleur sinusoïdal avec chargeur automatique intégré Notice d’utilisation Inversor senoidal con cargador automático integrado Instrucciones de uso 124 Inverter sinusoidale con caricatore automatico integrato Istruzioni per l’uso...
Page 2 Dometic WAECO an. Bestellen Sie einfach unsere Kataloge kostenlos und unver- bindlich unter der Internetadresse: www.dometic-waeco.de We will be happy to provide you with further information about Dometic WAECO products. Please order our free catalogue with no obligation to buy on our homepage: www.dometic-waeco.com...
Page 3 CombiPower...
Page 4 CombiPower Ii:5.0 Vi:230 FQ:50 W:1150 WAECO COMBO AC GRD INVERTER CHARGER ON / OFF ALARM Ib=XXX °C = XX.X Ii=XX.X Vi=XXX.X Ig=XX.X Vg=XXX.X FQ=XX.X W=XXX Vb=XX.X FQ=XX.X W= XX.X Change Another P.S. Mode Run Mode Param Param Input Power COMBI...
Page 5: Table Of Contents
CombiPower Please read this manual carefully before installing and using the device, and keep it in a safe place. If you sell the device, pass on this instruction manual to the buyer. Table of contents Notes on using the instruction manual..... . . 36 General safety instructions .
Page 6: Notes On Using The Instruction Manual
CombiPower Notes on using the instruction manual Notes on using the instruction manual DANGER! Safety instruction: Failure to observe this instruction will cause fatal or serious injury. WARNING! Safety instruction: Failure to observe this instruction can cause fatal or serious injury. CAUTION! Safety instruction: Failure to observe this instruction can lead to injury.
Page 7: General Safety Instructions
CombiPower General safety instructions General safety instructions The manufacturer will not be held liable for claims for damage resulting from the following: Faulty assembly or connection Damage to the product resulting from mechanical influences and excess voltage Alterations to the product without express permission from the manu- facturer Use for purposes other than those described in the operating manual General safety...
Page 8 CombiPower General safety instructions CAUTION! Disconnect the device from the mains: – Before working on the device – Before cleaning and maintenance – After use NOTICE! Check that the voltage specification on the type plate is the same as that of the power supply. Ensure that other objects cannot cause a short circuit at the contacts of the device.
Page 9 CombiPower General safety instructions Safety precautions when handling batteries WARNING! Batteries contain aggressive and caustic acids. Avoid battery fluid coming into contact with your body. If your skin does come into contact with battery fluid, wash the part of your body in question thoroughly with water.
Page 10: Intended Use
CombiPower Intended use Intended use Sine wave inverters with integrated automatic chargers are designed to convert 12 V or 24 V DC voltage to 230 V AC voltage with a frequency of 50 Hz, as well as to charge the following batteries: Lead automotive batteries Lead gel batteries Maintenance-free batteries...
Page 11: Technical Description
CombiPower Technical description Technical description General description The sine wave inverter with integrated automatic charger is a combination of two devices: Battery charger Sine wave inverter The device can be used as follows: As an automatic charger (6-stage charging characteristic) As a sine wave inverter: the device produces a pure 230 V output voltage Power sharing: the device powers a connected load with 230 V and simul- taneously charges a battery...
Page 12 CombiPower Technical description Connections and controls No. in fig. 1, Designation Explanation/function page 3 POS (+) Positive terminal NEG (–) Negative terminal 5A CHARGER/ 5 A/2.5 A charger connection 2.5A CHARGER INV. AC OUTPUT 230 V inverter output L: Live conductor N: Neutral conductor FG: Earth connection AC OUTPUT...
Page 13 CombiPower Technical description No. in fig. 1, Designation Explanation/function page 3 CAN2 CAN bus connection CAN1 CAN bus connection Remote control connection RS-232 Serial RS-232 port for connecting to a PC BAT. TEMP. Battery sensor connection FAILURE Connection for fault indicator relay INV CHR Connection for external switch...
Page 14: Remote Control
CombiPower Technical description Remote control No. in fig. 3, Symbol Explanation/function page 4 – Display: Shows operating messages or settings ON/OFF To switch on the device: press briefly To switch off the device: hold down (> 3 s) Scroll through menu (level up; vertical scroll) Hold down (>...
Page 15 CombiPower Technical description Status displays The status displays on the remote control (fig. 3 1, page 4) show the current device parameters. Use the “ ” and “ ” buttons to switch between the ▼ ▲ displays (fig. 4, page 4). Symbol Explanation Battery current...
Page 16 CombiPower Technical description Battery charging function The charging characteristics are referred to as modified IU0U characteristics. 100 % 1: Analysis phase First, the battery charge is analysed with increasing charge current. 2: I phase (bulk) At the beginning of the charging process, the flat battery is charged with a constant current (100% charge current) until the battery voltage reaches 14.4 V or 28.8 V.
Page 17: Inverter Function
CombiPower Technical description 5: U Phase (floating) The U phase serves to maintain the battery capacity (100%). If DC loads are connected, they are powered by the device. Only if the power required exceeds the capacity of the device is this surplus power provided by the battery.
Page 18: Switching The Device On And Off
CombiPower Switching the device on and off Connections A battery is connected to the positive and negative terminals. A 230 V power source can be connected to the “AC INPUT” input (fig. 1 6, page 3). The power supply via “AC INPUT” takes precedence over the battery power supply, so that the battery is not discharged unnecessarily.
Page 19: Configuring The Device With The Remote Control
CombiPower Configuring the device with the remote control Configuring the device with the remote control Overview of parameters NOTE For the menu and parameter structure, see fig. 4, page 4. Access to the “Another Param” menu is password-protected. This menu can only be accessed by technicians. “Change Run Mode”...
Page 20 CombiPower Configuring the device with the remote control Enabling functions The device supports the functions described below. Power sharing function If the load from the connected consumer devices and the battery charging current is higher than the connected 230 V power source, the fuse of the power source would normally blow.
Page 21 CombiPower Configuring the device with the remote control Generator function (external mains power supply) NOTICE! Observe the standards that apply in your country to the generator function. If the load current is greater than the fuse of the connected 230 V power source, the fuse would normally blow.
Page 22 CombiPower Configuring the device with the remote control Power support function If the generator function is not permitted by the standards in your country because the device operates in parallel to the 230 V mains, you can use the support function. The “AC OUTPUT” and “INV. AC OUTPUT” outputs are electrically isolated from each other.
Page 23 CombiPower Configuring the device with the remote control Uninterruptible power supply The device can be used as an uninterruptible power supply. The device powers connected loads from a battery when the mains supply fails You can use this function, for example, to continue running your air conditioning system if the 230 V power supply fails.
Page 24 CombiPower Configuring the device with the remote control Battery charger function The connected battery is charged and conditioned if a 230 V power source is connected to “AC INPUT”. Example: 12/24 V S [+ G [- M P. IN VE IN V.
Page 25 CombiPower Configuring the device with the remote control Configuring functions Activating functions ➤ Switch on the device (see chapter “Switching the device on and off” on page 48). ➤ Press the ” button on the remote control for longer than 2 seconds. “...
Page 26 CombiPower Configuring the device with the remote control Deactivating the inverter function ➤ Switch on the device (see chapter “Switching the device on and off” on page 48). ➤ Press the ” button on the remote control for longer than 2 seconds. “...
Page 27: Maintaining And Cleaning The Device
CombiPower Maintaining and cleaning the device Maintaining and cleaning the device NOTICE! Do not use any sharp or hard objects for cleaning since they may damage the device. ➤ Disconnect the device from the 230 V power supply. ➤ Disconnect the device from the battery. ➤...
Page 28 CombiPower Troubleshooting Fault Cause Remedy No output voltage, “Inverter” Short circuit Check the 230 V cable LED lights up red, display Incorrect wiring shows “OLP Shutdown” Overload Reduce the load (switch off consumer units) Switch off the device and on again No output voltage, “Inverter”...
Page 29: Warranty
CombiPower Warranty Warranty The statutory warranty period applies. If the product is defective, please contact the manufacturer's branch in your country (see the back of the instruction manual for the addresses) or your retailer. For repair and guarantee processing, please include the following docu- ments when you send in the device: A copy of the receipt with purchasing date A reason for the claim or description of the fault...
Page 30: Technical Data
CombiPower Technical data Technical data General technical data CombiPower 2012 CombiPower 2024 Item no. 9102600104 9102600105 Heat dissipation Housing/fan Ambient temperature at full load –25 °C – +40 °C Ambient temperature for storage –30 °C – +70 °C Power derating 50 W/°C, 41 °C –...
Page 31: Protective Devices
CombiPower Technical data Input data CombiPower 2012 CombiPower 2024 Rated input voltage 12 V g 24 V g Input voltage range 10.5 – 16 Vg 21 – 32 Vg Input overvoltage protection 15 – 16 Vg 30 – 32 Vg Input undervoltage protection 10.5 –...
Page 32 CombiPower Technical data AC INPUT technical data CombiPower 2012 CombiPower 2024 Rated input voltage 230 Vw Frequency 50 Hz Input voltage range 180 – 260 Vw Frequency range 47 – 63 Hz Rated current 7.4 A (at 230 V) Power factor correction >...
Page 33 CombiPower Technical data Messages CombiPower 2012 CombiPower 2024 Remote control Two-line display Keypad LEDs: red, green, orange Remote control Controls ON/OFF mode Floating contact With relay Fan mode Faults reported with alarm signal Speed-regulated according to load and temperature Connection current values...
Page 34 Dometic WAECO International GmbH Hollefeldstraße 63 · D-48282 Emsdetten ℡ +49 (0) 2572 879-195 · +49 (0) 2572 879-322 Mail: info@dometic-waeco.de · Internet: www.dometic-waeco.de Europe Overseas + Middle East Dometic Austria GmbH Dometic Italy S.p.A. Dometic Australia Neudorferstrasse 108 Via Virgilio, 3...

This manual is also suitable for:

Combipower 2024

Waeco CombiPower 2012 Operating Manual

Table of Contents

Related Manuals for Waeco CombiPower 2012

Summary of Contents for Waeco CombiPower 2012

This manual is also suitable for:

Table of Contents