bolid RIP-24 User manual

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BATTERY BACKED POWER SUPPLY
RIP-24 model 01 (RIP-24-3/7М4)
INSTRUCTION MANUAL
1TECHNICAL INFORMATION
1.1 General
1.1.1 Battery Backed Power Supply RIP-24 model 01 (RIP-24-3/7M4) (referred to as
the RIP below) is designed to provide electric power to various fire and intrusion detectors
as well as control and indicating equipment which require uninterrupted 24 VDC for
operation.
1.1.2 The RIP is round-the-clock operating device with specified output parameters and
sealed backup batteries which are tested and charged automatically. The RIP provides
shutting the batteries off from the load circuit to avoid their unacceptable discharge.
1.1.3 The RIP provides light and audible indication of its current status, i.e. of normal or
no voltage, battery charge, output short failure or overload, battery missing or shutting down
when discharged.
1.1.4 When operated, the RIP should be protected against atmospheric fallout and
mechanical damage. The RIP is not designed to be used in explosion-hazardous premises.
1.1.5 In terms of climate tolerance, the RIP meets the conditions of moderately cold
climate, installation Category III as per GOST 15150-69, but to be used within temperature
ranges of 263 Кto 313 К(-10°Сto +40°С) and ambient humidity of up to 90% at 298 К
(25°С).
1.1.6 In terms of mechanical tolerance, the RIP corresponds to Category LX in
accordance with GOST 12997-84: vibration within 1Hz to 35 Hz when accelerated up to 4.9
m/s
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(0.5 g).
1.2 Specifications
1.2.1 The main power supply is the mains power 150…253 V, 50Hz.
1.2.2 The backup battery power supply is represented by two batteries «Delta» DTM1207
(12 V, 7 Ah) or similar with equivalent parameters (with five-year life time at least).
The RIP is supplied with no batteries!
1.2.3 The rated output voltage is 27.0±1.2 V when powered by mains and the batteries
are charged (if the batteries are discharged the minimum output voltage is 22.0±1.0 V).
1.2.4 The rated load current is 3 A.
1.2.5 The maximum load current (for short-duration periods once per an hour) is
4 A/2 minutes (when powered by mains and the batteries are connected).
1.2.6 The current consumed from mains at rated load and maximum battery charging
rate:
-1.3 A max at 150 V input voltage;
-0.9 A max at 220 V input voltage.
1.2.7 The current consumed by the RIP itself from the battery doesn’t exceed 30 mA.
1.2.8 Ripples of the output voltage (peak-to-peak) at normal load current don’t exceed
60 mV.
1.2.9 The low battery shutdown voltage is 20.4±1.2 V.

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1.2.10 The backup operating time of the RIP in case of charged batteries at load current
1 A is 5 hours minimum (if the load current decreases, the operating time increases
proportionally).
1.2.11 Overall dimensions: 340 mm × 270 mm × 100 mm max.
1.2.12 Weight with batteries: 8 kg max.
1.2.13 The RIP provides protecting its output against short circuit failures with
recovering output voltage automatically after repairing the failures while being powered by
mains and by batteries.
1.2.14 The RIP-24 provides output of information to the NPN output in case of
switching to powering by the backup batteries (in state of no mains power) or a short failure
in the load circuit. The NPN output is opened when AC line fails and the RIP is operating in
battery mode or in case of a short load circuit failure, and it is closed when the RIP is
powered by mains power. The maximum NPN output permissible voltage and switching
current are 30 V and 100 mA respectively.
1.2.15 The RIP provides connecting two extra 12 V batteries of 17 Ah each placed in a
special Box-24 Mod.0 to increase the time of operation from the batteries (with total capacity
of all RIP batteries being equal to 2×24 Ah).
1.2.16 The RIP provides immunity to electromagnetic interference of the third severity
level according to Russian Standard GOST R 50009-2000.
1.2.17 Radio disturbances from the RIP operation do not exceed the values specified in
GOST R 50009-2000.
1.2.18 The average lifetime of the RIP is at least 10 years provided that batteries are
replaced at least once per 5 years.
1.2.19 The pre-operation time of the RIP after powering up is 10 s maximum.
1.2.20 The RIP is designed to provide its fire safety while emergency operating and on
violations of operation rules as per GOST 12.1.004-91.
1.2.21 The ingress protection rating of the RIP is IP30 as per GOST 14254-96.
1.2.22 According to the content of precious materials the product does not require
accounting for storage, writing-off, and/or disposal.
1.3 Standard Delivery
1) Battery Backed Power Supply RIP-24 mod.01 – 1 pc.
2) Instruction Manual – 1 copy
3) Fuse 2 A – 1 pc.
4) Woodscrew – 3 pcs.
5) Wall Plug 8х40 – 3 pcs.
6) Grommet – 2 pcs.
7) Wire – 1 pc.
8) Key – 2 pcs.
9) Packaging – 1 pc.

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2OPERATION INSTRUCTIONS
2.1 Safety Precaution
2.1.1 The current carrying circuits connected with mains power 220 V are a source of
potential hazard.
2.1.2 Measures for Safety:
1) Do periodically inspect proper RIP grounding;
2) Regularly ensure that the nominal of the fuse is the same as specified in operation
documentation;
3) Never open the RIP unless AC line is shut off.
2.1.3 While operating, the RIP must be grounded properly to protect a person against
electric shock in accordance with protection Class I as per GOST R IEC 60950-2002.
2.1.4 Do shut off AC line power prior to mounting, installing or maintaining the RIP.
2.1.5 Only qualified staff certified with the third or higher safety qualification level can
mount and maintain the RIP.
CAUTION! Connecting the RIP to the mains utility power please KEEP UP the
correct coupling of LINE and NEUTRAL TERMINALS in agreement with the picture
located inside the cabinet closely to power terminal block.
2.2 Mounting and Preparing for Operation
2.2.1 The RIP is to be installed on walls or other structures in the protected premises in
places protected against atmospheric precipitations, mechanical damage, and unauthorized
access.
2.2.2 Attach the RIP at the selected location. Overall and mounting dimensions are
shown in Figure 1.
1 4 0
2 2 0
2 7 0
3 4 0
5
1 5 4
1 0 0
*
3 holes
1
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Figure 1
2.2.3 As shown in the RIP connection diagram attached on the internal side of the
cabinet door:
a) Ground the RIP by connecting the terminal « » (XT1/5) of the input terminal
block with the grounding circuit;

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b) Connect mains wires with the input terminal block of the RIP, the F1 (2 A) fuse
being preliminary removed from the terminal block. The LINE wire must be
connected to the terminal XT1/4;
c) Connect the load to the output terminal block observing polarity (ХТ2/7,8 to «+»
and ХТ2/4,5,6 to «-»). If several load devices are to be connected then Bolid
manufactured BZK DC Power Modules are recommended to be used;
Note: The rated load current is 3 A. Short-term operation of the RIP is allowed
once per hour at a load current of up to 4 A (2 min) when sound alarms,
extinguishing control units, control appliances, etc. are turned on.
d) In order to indicate remotely switching the RIP to backup power or a short circuit
failure, connect the RIP to the alarm loop of the devices to be powered. An example
of connecting the RIP with alarm loops of such devices as Signal-20P, S2000-4,
and similar is shown in Figure 2. A termination resistor 4.7 K provided with the
devices is to be installed inside the RIP.
XP2
XP3
RED
Output
27V, 3A
Line
Neutral
XT1 F1 2A
4
5
6
1
3
2
XP4XP5
X1X2
XT2
1
2
3
4
W1
W1 i for the wire provided
~ 150...253V,
1.3A,
50Hz
L
N
Output “+OC”
Max: 30V, 100mA
+OC +loop
-loop
4.7K
To an alarm loop
5
X3X4
6
7
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Figure 2
2.3 Usage
2.3.1 Starting the RIP
Attention! Prior to turning the RIP on, ensure that it is mounted properly!
а)Connect the batteries to the terminals observing polarity (the red wire is to be
connected to the positive lead of the battery).

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б)Insert the fuse F1.
в)Switch on mains power 220 V, 50 Hz.
2.3.2 Operating the RIP
a) When mains power is on, the LEDs POWER, 24 V, and CHARGE are lit while RIP
sounder remains in silence.
Note: If the batteries are charged (the battery voltage exceeds 26 V) then the
CHARGE LED is off.
b) After applying mains power to the RIP its batteries are tested. If no batteries are
connected (or are out-of-service, or battery voltage is below 20 volt) then the sounder and
the CHARGE indicator turn on in interrupted mode for 8-10 seconds. After that the sounder
is hushed, but CHARGE indicator flashes until batteries are connected. Battery testing
procedure is carried out periodically (at least once every 8 hours). If no batteries are found,
then CHARGE indicator flashes again.
c) In the events of a short load circuit failure or a prohibitive output overload (in AC
line operating mode), after 3 s the RIP turns on in the interrupted mode with the interval of
1 -2 second until the trouble disappears. The 24 V and CHARGE indicators are off. The
POWER indicator and the sounder turn on in interrupted mode. After failure’s disappearing
the RIP automatically continues normal operating.
d) When mains power supply fails the batteries begin to power the load circuit, the 24 V
indicator being turned on and the sounder going off periodically. The POWER and
CHARGE indicators are off.
e) If the voltage of the batteries has dropped to 22 V the sounder switches on and off
five to ten times more rapidly. It is necessary to take measures to restore mains power line as
soon as possible.
f) If the voltage of the batteries has dropped below 20 V, then, to avoid deep discharge
of the batteries, the batteries are shut off from the load. In such case the POWER and 24 V
indicators are off, the CHARGE indicator is flashing, and audible alarm is sounding within
two first hours. In 2 hours the RIP will be transferred to low battery powering mode, with
the CHARGE indicator and sounder turning on once every 10 seconds.
If the AC power is expected to be not available for more than 7 days, then, to avoid an
overdischarge of the batteries, disconnect them from the RIP board.
Performance of LED indicators and the sounder as well as actions of the staff depending
on various circumstances are shown in Table 1.
Table 1
RIP Current Status POWER
LED
CHARGE
LED 24 V LED Sounder Human Action
Mains power are
applied, no batteries
are
connected
ON Turns on
every 1-2 s
ON
Turns
on
every 0.5-1 s
within
8
-
10
s
Connect the
battery
Normal mains
power, the batteries
are not charge
d
ON ON ON OFF –

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RIP Current Status POWER
LED
CHARGE
LED 24 V LED Sounder Human Action
Normal mains
power, the batteries
are charged
ON OFF ON OFF –
Normal
mains
power, a short
circuit failure
(overload) at the
output for more than
3
s
Flashes
every 1-2 s OFF OFF Beeps twice every 1-2 s
Repair load
failure
AC power failed
, an
output short failure
or overload
OFF OFF OFF OFF Repair load
failure
AC power failed,
the battery voltage
is above 22 V
OFF OFF ON Beeps once
every 4-5 s
Check
operability
of the F1 fuse
and
repair mains
power
AC
power
failed
,
the battery voltage
is
above
22
V
OFF OFF ON Beeps once
every 0.5-1 s
Repair mains
power
AC power failed,
the batteries are
discharged
OFF
Flashes
once every
1-2 s
OFF On
After recovering
mains power, test
the battery
charge-discharge
cycle *
Note: – * After disconnecting the batteries from the load circuit and
recovering utility power it is recommended to check the battery
charge-discharge cycle. If the CHARGE LED has been still lit after
24 hours since having restored power then the battery operability has
been to be checked. If extra batteries are connected the charge time
will be increased.
2.3.3 How to Turn the RIP Off
а)Turn off the mains power 220 V.
б)Disconnect the batteries.
в)Remove the fuse F1.
г)Disconnect the load.
3MAINTENANCE
Preventive maintenance of the RIP should be carried out at least annually. Maintenance
works are to be performed by a service company employee and include:
1) Visual inspection of the RIP;
2) Checking the output voltage value when the load is connected as specified in
Section 1.2.3 of this Manual and checking the output voltage value when the RIP is powered
by batteries;
3) Testing LED and sound indication as per Table 1 of this Manual;

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4) Inspection of proper fastening of the RIP, tightening of contacts, and wire integrity;
5) Replacing the batteries when necessary but at least once per 5 years.
4MANUFACTURER WARRANTY
4.1 The manufacturer guarantees that the RIP meets technical requirements specified in
the manuals if the user follows the instructions for shipment, storage, installation, and usage.
4.2 Warranty period is 18 months but no more than 24 months from the manufacturer's
date of issue.
4.3 In case of any issue related to setting and use of the product, please contact the
technical support: [phone] or e-mail: [email protected].
4.4 When submitting the product for repair, it shall be accompanied with descriptions
of possible fault.
Claims shall be submitted to the following address:
NVP BOLID CJSC, Pionerskaya #4, Korolyov city, Moscow region, Russia, 141070.
Phone/fax: [phone] (multiline), 516-93-72.
E-mail: [email protected]; Support : [email protected]u, http://bolid.ru.
5CERTIFICATES
5.1 Battery Backed Power Supply RIP-24 model 01 (RIP-24-3/7M4) meets the
requirements of technical regulations of the Custom Union TR CU 004/2011;
TR CU 020/2011. Approved by Conformity Certificate №RU С-RU.МЕ61.В01270.
5.2 Manufacture of RIP-24 model 01 (RIP-24-3/7M4) is approved by Conformity
Certificate GOST R ISO 9001-2015 №РОСС RU.АБ66.К00003.

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6ACCEPTANCE AND PACKAGING CERTIFICATE
6.1 Battery Backed Power Supply RIP-24 model 01 (RIP-24-3/7M4),
Serial Number _______________, is manufactured and accepted in accordance with
requirements of state standards and applicable technical documentation and approved as
ready for operation.
6.2 Battery Backed Power Supply RIP-24 model 01 (RIP-24-3/7M4) is packaged by
CJSC NVP Bolid in line with the requirements provided in the current technical
documentation.
Responsible for acceptance and packaging
QCD _____________________________ ________________________
Full Name Data, Month, Year