Summary of Contents for Bicker Elektronik UPSI-2406
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English User Manual UPSI-2406 UPS SYSTEM OPEN FRAME Bicker Elektronik GmbH Ludwig-Auer-Straße 23 | 86609 Donauwörth · Germany...
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UPSI-2406 Legend of used symbols Symbol Description Attention! Important hazard warning. Do not dispose of in the domestic waste. Warning of electrical voltage. Revision Directory Date Change 17.08.2021 Initial version Revision 0-1 24.11.2021 Release version Revision 1 09.02.2022 Chapter B3 included...
UPSI-2406 A Brief specification UPSI-2406 24 V DC / 6 A 24 V DC USV (Open Frame version) Intelligent input current detection Regulated output voltage in battery mode Minimum load detection Power-fail timer function Relay dry contact on power fail ...
UPSI-2406 Brief specification UPSI-2406 ................4 Introduction and description ................6 B1 Description of the product and its functions ....................6 B2 Intended use .................................7 B3 UPS Gen2 Configuration Software ........................7 Safety instructions ....................8 Technical Data ....................... 9 D1 General Technical Data ............................9 D2 Drawing ...................................
B1 Description of the product and its functions The UPSI-2406 (hereinafter also called UPS) is a DC / DC UPS system with numerous digital features and high performance. The UPS can be operated with different energy storage devices (hereinafter also called batte- ry(s)), which are different in technology, capacity and chemistry.
UPSI-2406 B2 Intended use This device was developed for use as a built-in device in an end product with a housing and for professional use in applicatons such as industrial control, communication and measurement technology. It must not be used in devices or equipment where a malfunction will cause serious injury or endanger human life. The person placing the product on the market or the user has to ensure that the end product complies with the required standards and EMC directives.
UPSI-2406 C Safety instructions WARNING! Disregarding of following issues can result in electric shock, fire, serious injury or death. 1. Care must be taken to ensure proper and professional wiring. 2. The device pack must not be exposed to fire and temperatures outside the specification.
UPSI-2406 D Technical Data D1 General Technical Data INPUT DATA – UPSI-2406 Unless otherwise stated, all specifications apply to 25 °C ambient temperature, 24 V DC input voltage and nominal output current (I Input voltage 24 V DC Input voltage range 22.5 V DC…30 V DC...
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UPSI-2406 OUTPUT DATA – UPSI-2406 (NORMAL MODE) Unless otherwise stated, all specifications apply to 25 °C ambient temperature, 24 V DC input voltage and nominal output current (I Output voltage 24 V DC Output voltage range – 0.5 V DC max. (depending on load) Capacitive load 3000 µF (at start)
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UPSI-2406 BATTERY CHARGE UNIT Charging method CC / CV / CP End-of-charge voltage Depending on energy storage, app. 16 V max. Charging current Depending on energy storage, 4.5…5.0 A, 16 A max. Battery technology LiFePO4 / EDLC (Supercaps) RELEASED ENERGY STORAGES BP-LFP-1325 LiFePO4 / 13.2 V DC / 2.5 Ah / 33 Wh...
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UPSI-2406 DATA INTERFACE – USB (X6 OR X7) Interface designation Numbers of interfaces Connection method USB type B (female) or pin header, pitch 2.54 mm Locking Transmission physics USB 2.0 Topology Point-to-point Protocol VCOM, HID Transmission length ≤3 m Access time <1 s...
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UPSI-2406 GENERAL DATA Flammability class according to UL 94 Weight 0.09 kg UPS connection in parallel UPS connection in series Protection type Protection class III (without PE) Mounting type Built-in device Housing version Open Frame Dimension W / H / D 105 mm / 17 mm / 70.5 mm...
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Basic standard CE Fulfilled requirements according to EN 61000 (CE) (Interference immunity of industrial environment) Electrostatic discharge The end product has to be certified. The UPSI-2406 is de- EN 61000-4-2 signed to meet all requirements according to CE. The manual Contact discharge...
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Basic standard CE Fulfilled requirements according to EN 55016-2-3 (CE) (Domestic) Conducted emission from the power port The end product has to be certified. The UPSI-2406 is de- EN 55016-2-3 signed to meet all requirements according to CE. The manual Frequency range...
105 mm 19,1 mm 76,6 mm E Name / Address / Support E-Mail / Phone number of the manufacturer Bicker Elektronik GmbH · Ludwig-Auer-Straße 23 · 86609 Donauwörth · Germany E-Mail: support@bicker.de · Tel.: +49 (0) 906 70595-0 Revision 1-1...
(choke L2, Power MOSFETs Q10, Q110 and Q9) and in the input area (choke L1). The functional grounding of the UPSI-2406 and UPSI-1208 is pro- vided from version v10.0 on both the input side as well as on the...
UPSI-2406 F3 Overview of connectors / interfaces External Status LED Temperature sensor (for internal purposes only) (for internal purposes only) RS232 S1 Switch* (for internal purposes only) Input and output Relay Battery Data Battery Start Battery Power *S1 Switch: (µC reset): Pressing it will reset the microcontroller to its initial state.
UPSI-2406 F4 Description of connectors INPUT AND OUTPUT (X1) FUNCTION Vin + – – Vin – Vout – Vout + RELAY (X5) The function of the relay connection is configurable via software. When closing the relay the resistor value between both contacts is approx. 0 Ω, otherwise they are „open load“.
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UPSI-2406 USB (X7) FUNCTION GND (housing / shielding) Data+ Data– EXTERNAL STATUS LED (X2) An external low-current LED can be connected to connection X2 (LED current 5…10 mA). FUNCTION LED anode, V+ LED cathode, V– BATTERY START (X11) FUNCTION Battery start, contact 1 (to µC)
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UPSI-2406 BATTERY POWER (X3) FUNCTION Battery – Battery – Battery + Battery + BATTERY DATA (X4) FUNCTION Internal temperature sensor to energy storage, connector 1 I²C_0-SCL Internal temperature sensor to energy storage, connector 2 I²C_0-SDA SP0 (Battery Enable) +5 V (max. 50 mA)
The input has to be supplied from a SELV or PELV power supply. In order to operate the UPSI-2406 with complete functionality, the upstream power supply has to provide at least 24 V / 7.5 A and use no constant current function.
UPSI-2406 F6 Connecting diagram APPLICATION – – ENERGY STORAGE BAT DATA BAT PWR RELAY RS232 (DSUB 9) for individual use CONNECTING ORDER 1. BATTERY POWER (X3) 2. BATTERY DATA (X4) 3. APPLICATION (V – ATTENTION! 4. DC SOURCE (V 5. RELAY (X5) / USB (X6 or X7) / RS232 (X9) 1.
By short circuiting or bridging the pin header X11 for more than 2 seconds (max. 5 s). See also chapter F13 „Battery start“. Only energy storages by Bicker Elektronik may be used. These are appropriately qualified and have the neces- sary protective functions. In addition, the charging methods are set using internal codes and settings.
2.54 mm female header or equal SCOPE OF DELIVERY QUANTITY DESCRIPTION 1x device UPSI-2406 - DC UPS connector counterpart Relay connector counterpart F9 Charging time Charging times depend on energy storage, input voltage and the load current. F10 Reverse polarity / Overcurrent / Short circuit...
If the allowable output current during battery mode exceeds more than 70 %, the converter switches off first, without separating the output immediately. In this case, the voltage at the output of the UPSI-2406 can drop significantly below 23.5 V. This condition should be avoided by shutting down the system in time.
UPSI-2406 F14 Status LED Valid from firmware version 2.1.19 MAIN STATES Always on Status: mains voltage >> Mains voltage is present. 1 Hz flash Status: Battery mode (1 s on, 1 s off) >> Mains voltage is not present. INTERNAL STATES...
F19 Disclaimer We, the Bicker Elektronik GmbH, have checked the contents of this document for compliance with the hard- ware and software described. Nevertheless, deviations can not be ruled out, so we assume no liability for the complete agreement. The information in this publication is checked regularly, necessary corrections are inclu- ded in the updated versions.
UPSI-2406 F20 Preventive measures and rules when operating the UPS system The voltage drop of the supply line has to be kept in mind! The maximum charge current can cause huge vol- tage drops if too long supply lines are used. If the voltage drop is too high a shortfall of the threshold values is possible and a not intended Power Fail could be caused.
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Bicker Elektronik GmbH Ludwig-Auer-Straße 23 86609 Donauwörth · Germany Tel. +49 (0) 906 70595-0 Note: Subject to errors and technical modifications! +49 (0) 906 70595-55 Windows® is a registered trademark of the Microsoft Corp. E-Mail info@bicker.de Status as at: 09.02.2022 – Revision 1-1...
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