Related Manuals for Bowers & Wilkins energy.case PROX 1500 Series
Summary of Contents for Bowers & Wilkins energy.case PROX 1500 Series
- Page 1 Original operating instructions for PROX versions see next page Please fully charge the battery before first use! © 2025, B&W International GmbH All rights reserved...
- Page 2 energy.case PROX 1500 AC 1000W energy.case PROX 1500 AC 300W energy.case PROX 1500 AC USV energy.case PROX 1500 DC Page2 from 35...
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Page 3: Table Of Contents
Table of contents 1. general information ..........................4 2. technical data ............................6 2.1 PROX 1500 AC 1000W ........................6 2.2 PROX 1500 AC 300W ........................7 2.3 PROX 1500 AC USV ........................8 2.4 PROX 1500 DC ..........................9 3. -
Page 4: General Information
1. general information Contents: Device Accessories This must be taken into account: The device is EMC certified according to EN55011 class A - industrial environment. Use in residential areas must be avoided. In the event of interference with radio or television reception, the device must be placed at a greater distance from the object being interfered with. - Page 5 Important note: These operating instructions are an important document that must be kept in a safe place so that information on the correct use of the appliance is available at all times! Imprint: ©2025, B&W International GmbH Junkendiek 5 49479 Ibbenbüren Germany Page5 from 35...
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Page 6: Technical Data
2. technical data 2.1 PROX 1500 AC 1000W Case type PP - 6800 - 66 x 49 x 33.5 cm Tightness, closed version IP54 Tightness, hinged version closed: IP54 opened: IP20 Connections: 1x 230V Schuko 1x USB PD 1x charging input Output power 230V 1000W USB PD 65W... -
Page 7: Prox 1500 Ac 300W
2.2 PROX 1500 AC 300W Case type PP - 6800 - 66 x 49 x 33.5 cm Tightness, closed version IP65 Tightness, hinged version closed: IP65 opened: IP20 Connections: 1x 230V Schuko 1x USB PD 1x charging input Output power 230V 1000W USB PD 65W Charging power... -
Page 8: Prox 1500 Ac Usv
2.3 PROX 1500 AC USV Case type PP - 6800 - 66 x 49 x 33.5 cm Tightness, closed version IP54 Tightness, hinged version closed: IP54 opened: IP20 Connections: 1x 230V Schuko 1x USB PD 1x IEC Output power 230V 1000W USB PD 65W Power UPS - throughput power 1000W... -
Page 9: Prox 1500 Dc
2.4 PROX 1500 DC Case type PP - 6800 - 66 x 49 x 33.5 cm Tightness, closed version IP65 Tightness, hinged version closed: IP65 opened: IP20 Connections: 1x DC 1x USB PD 1x charging input Output power 24V 1000W USB PD 65W Charging power max 350W... -
Page 10: Explanation Of The Symbols
3. explanation of the symbols The following symbol indicates a hazardous situation which, if not avoided, could very probably result in serious injury or death. The following symbol indicates a hazardous situation which, if not avoided, could result in serious injury or death. The following symbol indicates a hazardous situation which, if not avoided, could result in minor or moderate injury. -
Page 11: General Safety Instructions
The following symbol warns of dangerous electrical voltage in addition to any existing symbols. In addition to any symbols already present, the following symbol warns of a considerable risk of tripping. 4. general safety instructions These operating instructions contain the most important information on how to use the appliance safely. - Page 12 Uses other than those listed above are considered improper use! Improper use may result in hazards. Improper use includes, for example, using the appliance as an energy source for consumers with voltages and power consumption other than those described in the Technical data section, unauthorized modifications or conversions to the appliance, failure to observe the safety instructions, use or operation of the appliance other than described, work on the appliance carried out by unqualified personnel, failure to comply with general safety and...
- Page 13 The 230V charger of the device may not be used outdoors or in a damp environment, the 230V socket of the device may only be used in an absolutely dry condition and in an absolutely dry environment. The device may only be connected to fully functional consumers where all safety devices are in perfect condition.
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Page 14: Exclusion Of Warranty And Liability
5. exclusion of warranty and liability Warranty claims and liability claims for personal injury and damage to property are excluded if they are attributable to one or more of the following causes: improper use of the device improper installation, commissioning or operation of the device ... - Page 15 It is strongly recommended to have the device serviced by the manufacturer regularly, but at least once a year! In particular, the use of ventilated Energy.cases in dusty environments can lead to harmful soiling inside the device. Fault or fault messages: The red LED in the center of the warning lights lights up continuously The red LED in the center of the warning lights flashes The battery level drops very quickly...
- Page 16 Repairs may only be carried out by B&W International specialist personnel or by external specialist personnel trained by B&W International! There is also a risk of injury due to the use of unauthorized spare parts. Incorrect or faulty spare parts can lead to damage, malfunctions or total failure as well as impairing safety.
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Page 17: Operation
7. operation 7.1 Permitted environment First ensure that the environment is suitable for operating the device. The surface on which the appliance is placed must be level and stable. The ambient temperature must be between -20°C and +40°C and it must not be a potentially explosive environment. The appliance must also not be operated in environments with particularly fine dust. -
Page 18: Charging The Device
7.2 Charging the device With the exception of the energy.case UPS, the energy.case can be charged using various energy sources. The system automatically regulates the optimum parameters and power to prevent the vehicle battery from being deeply discharged when charging via a car cigarette lighter, for example. - Page 19 Charging in the car or truck The device can also be charged in the car using the separately available car charging cable. When charging via a cigarette lighter in the car, the system automatically monitors the car battery and thus prevents it from being deeply discharged. However, it should be noted that the charging capacity varies, as certain systems can deliver less energy than others.
- Page 20 Charging with a solar cell The device can also be charged using a solar cell. When setting up the solar cell, it is also essential to ensure that the surface of the solar cell is free of dust and dirt and that as little shadow as possible falls on the solar cell, as even a very small shadow significantly reduces the solar yield.
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Page 21: Control Panel Of The Membrane Keypad
7.3 Control panel of the membrane keypad The device has various simple status and warning lights, see also illustration below, which provide information about the operating status during use. The following are explanations of the various displays and LEDs: Green LED for connections: indicates that voltage is present at the 230V output is applied and the inverter is active... -
Page 22: Operating The Remote Control
7.4 Operating the remote control Certain variants of the energy.case have a remote control with its own battery; see also the Technical data chapter. The remote control can be charged in the energy.case or with any USB-C charging cable. IF THE REMOTE CONTROL IS CONNECTED TO THE USB PORT OF THE ENERGY CASE, THE REMOTE CONTROL IS STARTED AUTOMATICALLY WHEN THE ENERGY CASE IS SWITCHED ON! Regardless of the energy.case, the remote control can be switched on and off using the red... - Page 23 Once the connection to the energy.case has been successfully established, the remote control displays the main screen. The main screen shows: The charge status of the energy.case battery at the top Under "Output" the current energy consumption or the current energy output ...
- Page 24 The second screen shows: Top left: the temperature of the energy.case battery The symbols for the various charging options can be seen to the right. If a charging option has been detected during operation, it lights up green and shows the current charging power below it.
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Page 25: Preparation For Operation
7.5 Preparation for operation Before each commissioning, it must be ensured that all safety requirements are met and that the appliance is in perfect condition. The consumers to be connected must also be checked to ensure that they are functioning correctly and are in a safe condition. 7.6 Operation To start the appliance, the main switch on the control panel must be pressed briefly and with sufficient pressure. - Page 26 After use, all connections and outlets must always be carefully sealed with the respective caps! Otherwise there is a risk of moisture penetrating the device. If the appliance can be opened, the following must be observed when using it in a cold environment: When changing the appliance from a cold to a warm environment, condensation may form inside.
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Page 27: Variants And Connection Plates
7.7 Variants and connection plates The energy.case PROX 1500 AC 1000W has a 230V Schuko socket, a USB PD connection and a charging input. The power of the USB - PD connection can be found in the technical data. In addition, a green LED is installed on the connection plate, which lights up as soon as 230V is connected to the Schuko socket. - Page 28 The energy.case PROX 1500 AC 300W has a 230V earthed socket, a USB PD connection and a charging input. The power of the USB - PD connection can be found in the technical data. In addition, a green LED is installed on the connection plate, which lights up as soon as 230V is connected to the Schuko socket.
- Page 29 The energy.case PROX 1500 AC UPS has a 230V Schuko socket, a USB PD connection and a 230V IEC input. The power of the USB - PD connection can be found in the technical data. See also the following illustration. As soon as 230V is applied to the IEC input, the battery of the device is charged and at the same time power is switched through to the 230V earthed socket.
- Page 30 The appliance must always be transported, stored and used horizontally with the top facing upwards to prevent water from entering the ventilation openings. Make sure that the ventilation openings are not covered! Care must be taken to ensure that no moisture penetrates the IEC input, also known colloquially as the "IEC socket", and that the cap is always fitted correctly when not in use! Page30 from 35...
- Page 31 The energy.case PROX 1500 DC has a 24V as well as a USB - PD connection and a charging input. The power of the USB - PD connection can be found in the technical data. The charging input is marked with a green cap and the 24V DC output is marked with a yellow cap. See also the following illustration.
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Page 32: Transporting The Device
7.8 Transporting the device The appliance is equipped with several handles and an extendable trolley handle to facilitate transportation. It is generally recommended that the appliance is always carried by two people. When transporting it in a vehicle, it should also be securely lashed down to prevent it from slipping. - Page 33 The device must always be stored horizontally! Standing upright can cause medium-term damage to the battery chemistry! Do not store lying down or standing up! To prevent damage to the battery, the device should be discharged to approx. 10% at least once a month and then fully charged using the charger supplied! Page33 from 35...
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Page 34: Dispose Of The Appliance
8. dispose of the appliance If it is determined that the appliance has reached its maximum service life, it must be disposed of immediately. We will be happy to take care of the professional disposal of the appliance - free of charge, of course. To do this, the appliance must be handed in at the address given in the imprint. -
Page 35: Declaration Of Conformity
9. declaration of conformity The following guidelines were applied: Low Voltage Directive 2014/35/EU EMC Directive 2014/30/EU ROHS 2011/65/EU The following standards were applied: EN ISO 12100:2011 Safety of machinery Basic concepts: general principles for design DIN EN 60204-1:2014 Safety of machinery - Electrical equipment of machines - Part 1: General requirements DIN VDE 0 100 Part 100, T443 and 534 Protection against overvoltages DIN VDE 0105-100...
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