teko Astra-712/0 Operating Manual

Operating Manual The present operating manual is intended for studying operation principle, running conditions and maintenance of redundant power sup- ply unit Astra-712/0 (hereinafter “PS unit”) (Figure 1). 1 Function The PS unit is a DC power supply for security sys- tem components or other electronic devices with operational voltage 12 V. 2 General information 2.1 The PS unit is designed to work with AC network of voltage 220V. 2.2 In case of temporal shutdown and recovery of supply voltage 220V the PS unit provides for automatic switching to working with built-in accu- mulator battery (hereinafter “battery”) and switching back to AC network. 2.3 The PS unit has protection from low-voltage discharge of the battery. 2.4 The PS unit has protection from polarity reversal of the battery. 2.5 The PS unit has protection from short-circuit of a battery charge circuit. 2.6 The PS unit has protection from short-circuit and overload on sec- ondary power supply. 2.7 The PS unit has primary voltage 220V switch. 2.8 The PS unit has primary circuit 220V protection fuse. 2.9 The PS unit has 5 Relay outputs for issuing informational signals to ex- ternal circuits. 3 Specifications Rated output voltage of power supply when working with AC network, V ................................................ 12 ± 5 % Output voltage when working with battery, V ...............from 10,2 up to 13,2 Maximum load current, A, not exceeding ................................................. 1 Output variable component (pulsing) - – peak value, mV ................................................................................. 100 Current consumption, A, not exceeding ................................................ 0,2 Network voltage, V ....................................................... from 187 up to 242 Technical readiness time, s, not exceeding ............................................ 10 Capacity of built-in battery, Ah ....................................... from 7,0 up to 7,2 Charge time of fully discharged battery, h, not exceeding ...................... 24 Voltage of battery cut off, V ........................................................ 10,7  0,3 Battery charge with DC voltage, V ............................................. 14,2 ± 0,2 Battery charge current limit, mA ................................................... 360 ± 30 Weight, kg, not exceeding: - without battery .................................................................................. 0,52 - with battery ............................................................................................ 3 Overall dimensions, mm, not exceeding ............................. 165 × 190 × 80 Operation conditions Temperature range, °C - without battery ............................................................... from - 30 to + 50 - with battery ................................................................... from - 10 to + 50* Relative air humidity, % ............................................................. up to 93 at + 40 °С Without moisture condensation _____________________________________ * At temperature out of range 0-40ºC battery charging time increases by 1.5 times. 4 Delivery Set Redundant power supply unit Astra-712/0 ........................................ 1 pcs. Screw 3,9 × 32 .................................................................................. 4 pcs. Dowel 6 × 30..................................................................................... 4 pcs. Operating manual ............................................................................ 1 copy Note – Battery is supplied separately. 5 Structure Figure 2 The PS unit is designed as a block with removable cover. Inside the block are mounted PCB with radio elements and socket with system voltage fuse-switch (figure 2). On circuit-board there are 5 two-colored LED indicators and built-in buzz- er which are used to control the power supply unit operating ability. Mounted on PCB are screw terminals for PS unit status information issuing: Relay1 – 12V output state, Relay2 – 220 AC network state, Relay3 – Battery state (discharge), Relay4 – Battery state (missing or failure), Relay5 – PS unit tampering. Dimensions of battery compartment in the unit allow installation of lead- acid battery with capacity up to 7.2 Ah. The battery performs function of reserve power supply unit at absence of AC network voltage. Battery is connected to power supply terminals “+Battery” (red-wired) and “-Battery” (blue-wired). Note! If battery is connected to power supply unit at absence of voltage 220V, the unit does not generate output voltage (protective interlock). It is required to switch on the power 220V after battery connection. 6 Safety Precautions 6.1 While operating the device one should observe “Maintenance and safety rules for electric installations up to 1000V”. 6.2 Terminals of supply voltage are considered dangerous voltage sup- ply sources. 6.3 Carry out mounting-dismounting of power source at disconnect- ed AC network voltage. 6.4 Electric insulation resistance between AC network voltage terminals and output voltage terminals or reserve supply is not less than 20 MOm. 6.5 Electric insulation between system voltage terminals and output volt- age terminals or reserve supply stands the testing sine voltage with fre- quency 50Hz and rated voltage 500V during one minute without puncture or surficial overlapping.

Notification type LED Built-in buzzer Relay State OUTPUT POWER BATTERY BATTERY FAILURE BATTERY LOW 1 2 3 4 5 Norm Constant green light Constant green light Constant green light – – Switched off + + + – + ~220 V network powered. Battery norm. 12 V output norm Device casing closed Output short circuit Constant red light any any – any Before recovery – a a a a ~220 V network or battery powered. 12 V output short-circuit 12 V output overload Blinks red light any any – any Before recovery – a a a a ~220 V network or battery powered. 12 V output overload (load current more than 1 A) 220 V failure any Constant red light Constant green light – – for 10 sec a – + – a Network power is out of range 187 – 242 V or missing. Battery norm. Battery powered Constant green light Constant red light Constant green light – – Switched off + – + – a 220 V network missing. Battery norm. 12 V output norm Battery discharge any any Constant red light – any Switched off a a – – a Battery voltage lower than 10.7±0.3 V. Battery failure any Constant green light Constant red light Constant red light – Before recovery a + - + a ~220 V network powered. Battery terminals short-circuit or battery voltage lower than 9.7±0.5 V Battery missing any Constant green light Constant red light Constant red light – Switched off a + - + a ~220 V network powered. Battery missing. Battery low any Constant green light any – Constant red light Switched off a + a a a ~220 V network powered. Battery voltage lower than 12.7±0.2 V Tampering any any any any any Switched off a a a a – Casing tampering "+" – relay closed, "– " – relay opened, "a" – any state

8.1 Only persons having qualification of electrician of security systems and having authorization to work with electric installations up to 1000V are allowed to carry out installation and pre-starting procedure. 8.2 After transportation in conditions differing from those of operation keep PS unit unpacked under supposed operating conditions for at least 4 hours. 8.3 Selection of installation place 8.3.1 The module is installed on the walls and other structures of objects under protection in places isolated from atmospheric precipitation impact, effect of mechanical damages and access of unauthorized persons. 8.3.2 It is not allowed to place power source on vibrating surfaces. 8.4 Installation order 1) Unscrew two mounting screws on cover; remove the cover of power source. 2) Affix PS unit on bearing surface by one of two ways: on the wall or on DIN rail. Installation on the wall:  Make marking according to figure.  Mount fixing elements.  Insert AC network 220V wires and load circuit wires through wire insertion holes on base of power source.  Use screws to fix the base of power source on the supporting surface. Installation on DIN rail:  Pull spring latch on the basis of the power supply unit.  Mount the PS unit on the rail and release the latch. 3) Connect AC network wires to free terminals of 220V socket. 4) Connect load and informational signals circuit wires to screw termi- nals. 5) Install battery (if used), connect terminal «+Battery» (red-wired) and «–Battery» (blue-wired) to corresponding terminals on battery. After that power supply won’t be activated. 6) Install fuse-switch into socket jack. 7) Apply voltage 220V. Indicator POWER will light green. Switch off voltage 220V. 8) Install PS unit`s cover on its place, tighten screws. 9 Technical Maintenance Technical maintenance of PS unit is carried out as per planned- prophylactic system providing the following work content and periodicity: a) operability supervision by indication and output voltage measuring - monthly; b) visual inspection of power source and its cleaning from contamination - monthly; c) control of device fixation reliability, state of outer mounting wires, contact joints - 1 time per 3 months; d) control of residual capacity of battery by discharging of battery with a current equal to 1/20 of rated capacity – yearly. Note - Unless otherwise specified, carry out work at switched off AC network and battery of power supply unit. 10 Labeling On a label attached to the case are indicated: - trademark of the manufacturer; - abbreviated marking of the power supply unit; - firmware version; - month and year of manufacture; - conformity mark (if certificate is available); - barcode, duplicating text information. 11 Recycling The power supply unit does not present a danger to life, health of the people or the environment. After the product’s lifetime, recycling does not need any special requirements to protect the environment. 12 Warranty 12.1 Quality Management System meets provisions of ISO 9001-2011. 12.2 The manufacturer provides requirements compliance of the device in condition of observance of technical requirements concerning transporta- tion, storage, mounting and operating the device. 12.3 The storage warranty period is 1 year and 6 months from the date of manufacturing. 12.4 The operation warranty period is 1 year from the date of operation start-up but no longer than 1 year 6 months from the date of manufactur- ing. 12.5 The manufacturer commits to replace or repair the product during the warranty period. 12.6 The warranty does not come into effect in the following cases: - not adherence to the operation manual; - mechanical damage of the product; - repair of the detector by any third-party service apart from the manufac- turer. 12.7 Warranty applies to the power supply unit only. An equipment of third-party manufacturers used in conjunction with the PS unit is subject to its own warranty terms and conditions. The manufacturer bears no responsibility for death, injury, property damage or other accidental or premeditated damages based on user`s statement that the detector failed to implement its function. Sales: Controlex GmbH Warranty service and technical support: ТЕКО, LLC Philosophenweg 31-33 47051 Duisburg, Germany Phone: +49 (0) 203 / 393 91 188 Fax: +49 (0) 203 / 393 91 189 GSM: +49 (0) 178 / 218 48 22 E-mail: [email protected] Web: www.controlex.eu Prospekt Pobedy str. 19 420138 Kazan, Russia Phone: +7 (843) 261-55-75 Fax: +7 (843) 261-58-08 E-mail: [email protected] [email protected] Web: www.teko.biz Made in Russia