MERAWEX ZUP-230V User Manual Download Page 3

User manual   ZUP-230V  

             

Nr dok. 0697.00.95-02.3                                       

2/15 

 

Warnings 

 

 

Before using the device, carefully read this User Manual. 

 

Do not touch the internal components of the operating device - risk of electric shock or 
burns. 

 

Protect the device against any objects or liquids entering it - risk of electric shock and 
damage to the device. 

 

Do not obscure the ventilation openings - it can damage the device. 

 

Provide at least free space of at least 10cm on the sides of the device allowing proper 
ventilation. 

 

It is forbidden to transport the device with mounted and connected batteries. 

 

The device must be powered from the mains with a protective earth terminal. 

 

The device may affect the operation of sensitive radio and television equipment located 
nearby 

 

 

  Technical description. 

1.1.  Application. 

 

The ZUP-230V battery backup power supply provides the 230V uninterruptible voltage from the 

mains or after its failure, from the DC/AC 230Vac inverter powered from the internal 24V battery bank. 
During power failure, the total power is taken from the battery, its presence and efficiency is an 
essential element of the 

power supply’s operation. 

 
The power supply is not an UPS. Most fire protection devices supplied with 230V voltage during 

supervision stay in standby mode - no power is consumed. The organization of the power 

supply’s 

work takes into account this fact by setting specific time periods of the inverter's activity, while it takes 
energy from the battery. Apart from those time periods the battery is relieved while waiting for a fire 
alarm. This allows to extend the supervision time to 72h while maintaining the readiness to operate 
powered devices with full power (depending on the type 400 ÷ 1500W). 
 

The power supply enables 230V voltage distribution among 4 various types of receivers requiring 

taking, switching or disconnection of power at a given time, depending on a function being performed, 
after receiving a signal from outside (e.g. fire alarm). Response times for individual types of outputs 
can be set by a user in a wide range by using slide switches. The main application of the ZUP-230V 
power supplies includes: 

 

aeration gates; 

 

shunt trips of fire protection circuit breakers; 

 

self-locking, two-way actuators of shutting off dampers of fire ventilation; 

 

drives of the fire zone separating gates; 

 

spring actuators of fire protection shutting off dampers; 

 

blinds of ceiling smoke tanks; 

 

smoke exhaust fans running after a shutting off damper goes to the opening position; 

 

self-locking, two-way actuators of fire protection shutting off dampers, closed when a fan 
stops; 

 

devices started in a cascade sequence to reduce the inrush current. 

 
In addition, the 24Vdc uninterruptible voltage of 100W is available to supply other fire protection 

devices. 

 
The power supply meets the requirements of the EN 54-4: 2001 + A1: 2004 + A2: 2007 and EN 

12101-10: 2007 and the Ordinance of the Ministry of Interior and Administration of the 20 June 2007, 
the Book of Acts No. 143 item 1002, with an amendment No. 85 item 553 of 27/04/2010. 

In addition, the power supply meets the requirements of the Regulation of the European 

Parliament and the Council of Europe (EU) No. 305/2011 of the 9 March 2011. (CPR - Construction 
Product Regulation). 

 
 

Summary of Contents for ZUP-230V

Page 1: ...OWER SUPPLY ZUP 230V The document contains USER MANUAL Power supply for fire alarm devices heat and smoke control systems fire protection and fire automation systems ZUP 230V 400 ZUP 230V 700 ZUP 230V...

Page 2: ...f admittance CNBOP No 3183 2018 14 May 2018 Technical description 2 1 1 Application 2 1 2 Technical data 3 Construction 4 Functioning of outputs 6 Description of 230Vac distribution packet of ZUP powe...

Page 3: ...while waiting for a fire alarm This allows to extend the supervision time to 72h while maintaining the readiness to operate powered devices with full power depending on the type 400 1500W The power su...

Page 4: ...bottom ZUP 230V 8 Dimensions and weight A B C D E F G Weight with battery ZUP 230V 400 700 1000 455 406 207 438 310 360 410 42 kg 45Ah ZUP 230V 1500 555 456 207 488 410 410 470 65 kg 75Ah Fig 1 Dimens...

Page 5: ...A Environmental class EN 12101 10 2007 class 1 Radio disturbances EN 55022 2013 class B EMC immunity EN 50130 4 2012 A1 2015 EMC emission EN 61000 3 2 2007 A1 2010 A2 2010 EN 61000 3 3 2011 Construct...

Page 6: ...ime it takes to switch from the mains to the battery operation mode Its starting and backup operation takes place from the ZSP121N DR power supply output Then the ZINW 1 connector and the correspondin...

Page 7: ...tage for some time e g aeration gate drive activated by a separate fire alarm signal but it requires 230V power to operate shunt trips of fire protection circuit breaker it is activated manually with...

Page 8: ...ins is present The voltage on this output is maintained for a certain period of time T2 T3 see the description of the times of the AC 1 output so that the actuator can change its state The response to...

Page 9: ...utput about 150ms Outputs AC 4A and AC 4B The AC 4 output is intended for devices that should start operating with some delay after a fire alarm e g smoke exhaust fan which can be activated only after...

Page 10: ...l contact connector of the PE mains unused ZAS ZSP 230V Additional 230Vac mains output unused PROG UP programming connector do not connect G201 Digital communication connector do not connect WYUSZ Fau...

Page 11: ...ashing line fault of fire alarm input from the CSP detected T2 T3 T2 and T3 countdown start signalization yellow LED it is possible to finish countdown of these times faster by means of TEST button Co...

Page 12: ...the HDGs type 1 5mm2 is recommended For devices made in the 2nd class of insulation it is possible to use 2 wire cables without using the connection with the PE bus bar Several loads can be connected...

Page 13: ...cannot differ by more than 10 for the binary input the short circuit resistance cannot be higher than 1k and the leakage resistance between lines must not be lower than 100k If these values are exceed...

Page 14: ...th the battery connected and the mains on should result in appearing the voltage on the AC 1 output After power failure the voltage should be maintained for the time T1 Starting the PSU from the batte...

Page 15: ...s of the power supply Time T1 maximum battery life after power failure from 1min up to 8h Setting sum of individual settings 1 2 5 10 30min and 1 2 5h Example in picture 1 5 10 min 1 2 h 3h and 16min...

Page 16: ...nt of the waste This marking on the product indicates that the product should not be disposed of with municipal waste at the end of its usage time but must be returned to the collection point for wast...

Page 17: ...description near the connector Do not obstruct the ventilation Provide at least free space of at least 10cm on the sides of the device allowing the proper ventilation Otherwise the device may be damag...

Page 18: ...limitation Correct end of bulk charging 2h from moment when charging current drops to 90 Immediately after current drops below 25 of charging current Bulk charging emergency termination battery temper...

Page 19: ...lectromagnetic compatibility EN 50130 4 A1 Electrical safety Class I acc to EN 60950 1 A1 Mechanical parameters Dimensions body maximum dimension over the TS 35 rail 160 97 46 mm 54 mm 160 53 5 46 12...

Page 20: ...with two maintenance free batteries which should be placed in its immediate vicinity The end of the temperature sensor of the power supply should be inserted between the two batteries which afterward...

Page 21: ...diode of internal signalization yellow BAT 21 LED diode of internal signalization green MAINS Notes For each fault signal outputs there are 3 relay contacts available The description of the relay con...

Page 22: ...he energized state The state of the relay can be tested for example with an ohmmeter applied between the appropriate outputs of its contacts After removing the interruption in the battery circuit the...

Page 23: ...horized access to the interior of the cabinet Opening the cabinet door after opening the lock causes opening the sensor contacts and generating a fault signal flashing of the FAULT LED of the external...

Page 24: ...eshold Reaction time 0 immediate reaction x the selected rows describe permanent states of operation preceding the start of the power supply LED signalization inside power supply PCB packet MAINS gree...

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