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2

1.2.6

 

The maximum load current is 2.5 

А

 (for short-duration periods of up to 10 minutes 

at intervals of at least one hour). 

1.2.7

 

The startup time upon which the RIP is ready for operation after applying power to 

it does not exceed 6 s. 

1.2.8

 

The current consumed by the RIP itself from the battery doesn’t exceed 30 mA. 

1.2.9

 

The power consumed from the mains does not exceed 60 V

·

A. 

1.2.10

 

The maximum current consumed from the mains is: 

 

0.4 

А

 at minimum mains utility voltage of 150 V; 

 

0.2 

А

 at maximum mains utility voltage of 250 V. 

1.2.11

 

Ripples  of  the  output  voltage  (peak-to-peak)  at  rated  load  current  don’t  exceed 

100 mV

.

 

1.2.12

 

The time of continuous operation of the RIP powered by the fully charged battery 

is at least 2.5 hours at the ambient temperature of +25°C. 

1.2.13

 

The  time  of  charging  a  fully  discharged  battery  doesn’t  exceed  30 hours.  The 

maximum charging rate is 0.5 A. 

1.2.14

 

The  RIP  provides  monitoring  for  output  voltage,  battery  voltage,  mains  power 

voltage  and  sending  messages  about  voltage  presence / absence  using  the  galvanically 
isolated  solid  state  relays 

К

1, 

К

2  and 

К

3.  The  maximum  switched  voltage  and  current  are 

80 V and 50 mA respectively. The resistance of output circuits in ‘closed’ condition does not 
exceed 50 Ohm. The time for sending messages (closed / open state of the circuits) is at least 
3 s. The time of delay for messages sent by the relays 

К

1, 

К

3 is 3 s. The time of delay for 

messages ‘Battery Low’ sent by the K2 relay does not exceed 1 min. 

States of the solid state relay circuits are shown in Table 1. 

Table 1

 

Circuit 

Purpose 

Contact State 

К

Output voltage 
monitoring 

In case of normal output 
voltage

1)

 the contact is 

closed 

In case of an out-of-range

2)

 

output voltage the contact is 
open 

К

Battery voltage 
monitoring 

In case of normal

1)

 battery 

voltage the contact is 
closed 

When the battery voltage is out 
of range 

2)

 (“Battery 

Disconnected”) the contact is 
open 

К

Mains power 
monitoring 

When mains power 220 V 
is applied to the RIP the 
contact is closed 

If mains power voltage is 
below 150 V or above 250 V 
the contact is open 

Notes: 

1)

 Normal output voltage is within the range of 10…14.5 V; 

2)

 “Out-of-range” means that the voltage exceeds or is below the values specified in the 

note 1 above or the battery has discharged below 11 V with mains power being off. 

1.2.15

 

The RIP features a tamper switch. At a time when the RIP enclosure is open, all 

the solid state relays 

К

1, 

К

2, 

К

3 are open. The relays are reinstated after at least 15 seconds 

upon the enclosure is closed. 

1.2.16

 

The  RIP  provides  immunity  to  electromagnetic  interference  of  Test  Severity 

Level II as per GOST R 53325-2012

.

 

1.2.17

 

Radio  noise  generated  by  the  RIP  during  operation  does  not  exceed  the  values 

specified in GOST R 53325-2012. 

Summary of Contents for RIP-12

Page 1: ...t missed battery shutting the battery off in case of its discharge as well as indication of possible RIP faults during operation see Table 2 1 1 6 The RIP provides limiting of the battery charger voltage and current depending on the temperature within the device enclosure 1 1 7 The RIP provides monitoring battery conditions and its connecting circuit by comparing with maximum admissible internal r...

Page 2: ...messages closed open state of the circuits is at least 3 s The time of delay for messages sent by the relays К1 К3 is 3 s The time of delay for messages Battery Low sent by the K2 relay does not exceed 1 min States of the solid state relay circuits are shown in Table 1 Table 1 Circuit Purpose Contact State К1 Output voltage monitoring In case of normal output voltage1 the contact is closed In case...

Page 3: ...7 Package 1 pc no battery is included into the delivery 2 OPERATING INSTRUCTIONS 2 1 Safety Precautions 2 1 1 The current carrying circuits connected with mains power 220 V are a source of potential hazard These circuits are covered by a protective housing on the RIP printed circuit board 2 1 2 The safety precautions are as follows 1 The fuse shall always be good and its rating shall be as stated ...

Page 4: ...n areas of the wires to be connected to the RIP 1 To connect the RIP to mains power 220 V the XT3 terminal block 0 75 2 5 mm2 for stranded wires or 1 2 mm in diameter for solid wires 2 To connect the load 0 5 2 5 mm2 for stranded wires or 0 8 2 mm in diameter for solid wires taking into account the maximum voltage drop on wires at maximum load current the minimum allowable voltage at the load 2 2 ...

Page 5: ...nutes Operability of the battery charger at least once per 15 minutes Presence of mains voltage No overload and no short circuit conditions at the output 2 4 3 If no mains power is applied then the load starts to be powered by the battery the buzzer periodically emitting low battery warning beeps the POWER LED being off and the BAT LED and 12 V LED illuminating 2 4 4 If the battery voltage has dro...

Page 6: ...2 Current Conditions of the RIP Indicators Buzzer POWER BAT 12 V TROUBLE green green green amber 1 Mains utility power is starting up no battery is connected ON 0 4 s 8 times 2 Mains power is OK the battery is nor charged OFF 3 s 3 Mains power is OK the battery is charged 4 DC output overcurrent The battery is available ON 15 60 s 2 Hz ON 1 5 s 2 times 5 Mains power is off the battery voltage exce...

Page 7: ...aking into account the technical guide Maintenance of fire alarm systems and public address and general alarm systems of Types 1 2 in Orion ISS developed by the NVP Bolid Company 4 TROUBLESHOOTING N o Symptom Cause Action 1 The RIP fails to be turned on the mains power is on 1 Blown fuse F1 2 Faulty wiring 3 Long duration overload at the RIP DC output 1 Check the mains power voltage at the ХТ3 ter...

Page 8: ...13 В 00703 6 2 RIP 12 mod 14 RIP 12 2 7P2 R Battery Backed Power Supply meets the requirements of Technical Regulations of Custom Union TR CU 004 2011 TR CU 020 2011 and is covered by Conformity Declaration ЕАЭС RU Д RU МЛ66 В 02301 6 3 RIP 12 mod 14 RIP 12 2 7P2 R is covered by the certificates of conformity of transport safety technical arrangements with their functional properties No МВД РФ 03 ...

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