EQUIPMENT CPS FOR NRR TECHNICAL СATALOG · 2026
3 СONTENTS 4 CERTIFICATES AND LICENSES 5 ABOUT THE COMPANY 6 NUCLEAR RESEARCH REACTORS USING ASUZ IR EQUIPMENT 8 DATA ACQUISITION AND PROCESSING DEVICE 8 SAFETY CONTROL SYSTEM DEVICE FOR NRR RBT-6 10 SAFETY CONTROL SYSTEM DEVICE FOR NRR MIR.M1 12 EMERGENCY CONTROL ROOM DEVICE FOR NRR RBT-6 14 EMERGENCY CONTROL ROOM DEVICE FOR NRR MIR.M1 16 DISPLAY AND LOGGING ARCHIVING DEVICE FOR NRR MIR.M1 18 REACTOR CONTROL DESKS 20 DETECTOR UNITS 20 DETECTOR UNIT BASED ON IC КНК-15 22 DETECTOR UNIT BASED ON IC КНК-53M 24 SPECIALIZED UNITS 24 CONVERSION UNIT БПХ-133Р 25 CONVERSION UNIT БПХ-134Р 26 CONVERSION UNIT БВЦ-302Р 27 NFME, APR AND PPME SETPOINT SET-UP UNITS 28 CONTROL UNIT БКЦ-94Р 29 JUNCTION BOX КС-11Р 30 POSITION INDICATOR БИЦ-84Р 31 DIGITAL DISPLAY BIC-71R 32 SIGNALING UNIT БСР-45Р 33 ENGINE CONTROL UNIT УКЦ-23Р
4 CERTIFICATES AND LICENSES License for the Designing of Equipment for Nuclear Facilities (Facilities and Complexes with Nuclear Research Reactors) License for Engineering of Equipment for Nuclear Facilities (Facilities and Complexes with Nuclear Research Reactors) Management system according to ISO 9001:2015 License for Operation of Equipment for Nuclear Facilities (Facilities and Complexes with Nuclear Research Reactors)
5 ABOUT THE COMPANY JSC “SNIIP-SYSTEMATOM” is one of the partners of the ROSATOM State Atomic Energy Corporation. JSC “SNIIP-SYSTEMATOM” was founded more than 30 years ago, in 1994. The team was based on employees of Department 110 of the Union Scientific Research Institute of Instrument Engineering, which was then part of the Soviet Union Ministry of Medium Machine-Building. JSC “SNIIP-SYSTEMATOM” specializes in the design, development, production and commissioning of control and protection system equipment of nuclear reactors (ASUZ RU). These systems are designed to ensure the safety of various types of nuclear reactors. JSC “SNIIP-SYSTEMATOM” provides a full cycle of support, including author's supervision at all stages of commissioning of the ASUZ RU equipment, and carries out constant monitoring of its condition throughout its entire service life. The basic principles of constructing ASUZ RU complexes, confirmed by many years of experience in trouble–free operation, are the channel principle of building an emergency protection control system, the separation of channels according to the tasks to be solved, the independence of such channels, flexibility, versatility and redundancy of technical means, and the modularity of building devices and blocks. Over the 30-year period of operation, JSC “SNIIP-SYSTEMATOM” has equipped more than 70 nuclear reactors of the water-to-water power reactor, fast neutron reactor, research reactor types with ASUZ RU equipment, both in Russia and abroad. This product catalog contains a part of the equipment manufactured by JSC “SNIIP-SYSTEMATOM” and used in nuclear research reactors – equipment of the control and protection system for research reactors (ASUZ IR).
6 NUCLEAR RESEARCH REACTORS USING ASUZ IR EQUIPMENT FOREIGN RESEARCH REACTORS UZBE KI ST A N, T A SH KE NT INP AS RUZ NRR ВВР-СМ W = 10 MW Ⴔ = 1⋅1014 cm-2·s-1 BO LI V I A, E L A LT O CNTRD NRR BRR-200 W = 200 kW Ⴔ = 8⋅1012 cm-2·s-1 KA ZA K H ST A N, A LM A T Y INP AS RK NRR ВВР-К W = 6 MW Ⴔ = 1,8⋅1014 cm-2·s-1 BR A ZI L, BE L O H OR I Z ONT E CDTN NRR TRIGA IPR-R1 W = 100 kW Ⴔ = 6,4⋅1011 cm-2·s-1 V I E T NA M, D A LA T DNRI NRR IVV-9 W = 0,5 MW Ⴔ = 2,1⋅1013 cm-2·s-1 KA ZA K H ST A N, A LM A T Y INP AS RK CR I T I CA L E XP E R I M E NT A L F A CI LI T Y O F T HE NRR ВВР-К W = 100 W Ⴔ = 4⋅109 cm-2·s-1
7 RUSSIAN RESEARCH REACTORS D I M I T R O V G R A D RIAR NRR СМ-3 W = 100 MW Ⴔ = 5⋅1015 cm-2·s-1 D I M I T R O V G R A D RIAR NRR БОР-60 W = 60 MW Ⴔ = 3,7⋅1015 cm-2·s-1 D I M I T R O V G R A D RIAR NRR МИР.М1 W = 100 MW Ⴔ = 5⋅1014 cm-2·s-1 Z A R E C HNY INM NRR ИВВ-2М W = 15 MW Ⴔ = 5⋅1014 cm-2·s-1 GA T C HI N A PNPI NRR ПИК W = 100 MW Ⴔ = 4,5⋅1015 cm-2·s-1 GA T C HI N A PNPI NRR ВВР-М W = 15 MW Ⴔ = 5⋅1014 cm-2·s-1 OBN I N SK NIFHI NRR ВВР-Ц W = 12 MW Ⴔ = 1⋅1014 cm-2·s-1 D I M I T R O V G R A D RIAR NRR РБТ-10/2 W = 10 MW Ⴔ = 7⋅1013 cm-2·s-1 D I M I T R O V G R A D RIAR NRR РБТ-6 W = 6 MW Ⴔ = 2⋅1013 cm-2·s-1 D U BNA JINR NRR ИБР-2М W = 2 MW Ⴔ = 1⋅1017 cm-2·s-1 (in a power pulse)
8 DATA ACQUISITION AND PROCESSING DEVICE SAFETY CONTROL SYSTEM DEVICE FOR NRR RBT-6 1 Ctrt 4 7 2 0 5 3 Alt 6 8 9 Del Enter НАСТРОЙКА/КАЛИБРОВКА ПРЕОБРАЗОВАТЕЛЯ
9 DESCRIPTION SCS device УНО-337Р2 is designed to work as part of the NRR RBT-6 control and protection system. SCS device УНО-337Р2 performs the following functions: − NFME – calculation of reactor power and period values based on received signals from БПХ units; formation of initiating signals exceeding the permissible values in terms of power and period; − APR – calculating the protection system deblock value; formation of an initiating control signal for the automatic rod (AR) actuator to maintain power at a given level; − RME – calculating the reactivity value; − PPME – calculation of the values of process parameters; formation of initiating signals exceeding the permissible values for controlled parameters; − SLPE – logical processing of signals received from channels NFME, PPME, support and experimental systems, control actuators CPS; formation of initiating signals for emergency shutdown of the reactor and control rods (CR) displacement during normal operation; − IOCU – output of current information on controlled parameters to the integrated monitor; transmit of information for archiving, display, and protocolling. MAIN FEATURES − Number of NFME channels – 1 pcs.; − Reactor power control range – (1,0×10-8 – 1,2×102) % NNOM; − Number of APR channels – 1 pcs.; − Number of RME channels – 1 pcs.; − The number of connected detectors of process parameters of PPME channel – from 1 to 34 pcs.; − The input signal type of the PPME channel – analog: 4-20 mA; 0-20 mA; 0-5 mA; 0-5 V; − Number of digital inputs/outputs of SLPE channel – 192/96 pcs.; − Supply voltage 220 V 50 Hz; − Power consumption, max. 300 VA; − Connector type – terminals, spring clamp; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions 2000×600×800 mm; − Weight, max. 300 kg; − Specified service life, min. 10 years.
10 SAFETY CONTROL SYSTEM DEVICE FOR NRR MIR.M1 1 Ctrt 4 7 2 0 5 3 Alt 6 8 9 Del Enter ÁÍ Î УНО-457РИСПРАВНО ПРОВЕРКА АЗ ПС
11 DESCRIPTION SCS device УНО-457Р is designed to work as part of the NRR MIR.M1 control and protection system. SCS device УНО-457Р performs the following functions of protection, control and monitoring channels: − NFME – calculation of reactor power and period values based on received signals from БПХ units; formation of initiating signals exceeding the permissible values in terms of power and period; − APR – calculating the protection system deblock value; formation of a control signal for the automatic rod (AR) actuator to maintain power at a given level; − RME – calculating the reactivity value; − SLPE – logical processing of signals received from channels NFME, support and experimental systems, control actuators CPS; formation of initiating signals for emergency shutdown of the reactor and CR displacement during normal operation; − IOCU – output of current information on controlled parameters to the integrated monitor; transmit of information for archiving, display, and protocolling. MAIN FEATURES − Number of NFME channels – 2 pcs.; − Reactor power control range – (1,0×10-8 – 1,2×102) % NNOM; − Number of APR channels – 1 pcs.; − Number of RME channels – 2 pcs.; − Number of digital inputs/outputs of SLPE channel – 192/192 pcs.; − Supply voltage 220 V 50 Hz; − Power consumption, max. 300 VA; − Connector type – terminals, spring clamp; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions 2000×600×800 mm; − Weight, max 300 kg; − Specified service life, min. 10 years.
12 EMERGENCY CONTROL ROOM DEVICE FOR NRR RBT-6 1 Ctrt 4 7 2 0 5 3 Alt 6 8 9 Del Enter
13 DESCRIPTION ECR device УНО-339Р2 is designed to work as part of the NRR RBT-6 emergency control room equipment. ECR device УНО-339Р2 performs the following functions: − NFME – calculation of reactor power and period values based on received signals from БПХ units; − RPME – receiving information about the CR displacement and converting this information into a linear displacement code; − IOCU – output of current information on controlled parameters to the integrated monitor; transmit of information for archiving, display, and protocolling. MAIN FEATURES − Number of NFME channels – 2 pcs.; − Reactor power control range – (1,0×10-8 – 5,0×102) % NNOM; − Number of received signals from the resolvers – from 1 to 28 pcs.; − Supply voltage 220 V 50 Hz; − Power consumption, max. 250 VA; − Connector type – terminals, spring clamp; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions 2000×600×800 mm; − Weight, max. 300 kg; − Specified service life, min. 10 years.
14 EMERGENCY CONTROL ROOM DEVICE FOR NRR MIR.M1 1 Ctrt 4 7 2 0 5 3 Alt 6 8 9 Del Enter ÁÍ Î УНО-458РИСПРАВНО АКНП-С ИСПРАВНО АКНП-D ИСПРАВНО АКНП-E
15 DESCRIPTION ECR device УНО-458Р is designed to work as part of the NRR MIR.M1 emergency control room equipment. ECR device УНО-458Р performs the following functions: − NFME – calculation of reactor power and period values based on received signals from conversion БПХ units; − IOCU – output of current information on controlled parameters to the integrated monitor; transmit of information for archiving, display, and protocolling. MAIN FEATURES − Number of NFME channels – 3 pcs.; − Reactor power control range – (1,0×10-8 – 5,0×102) % NNOM; − Supply voltage 220 V 50 Hz; − Power consumption, max. 250 VA; − Connector type – terminals, spring clamp; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions 2000×600×800 mm; − Weight, max. 300 kg; − Specified service life, min. 10 years.
16 DISPLAY AND LOGGING ARCHIVING DEVICE FOR NRR MIR.M1
17 DESCRIPTION Archiving device УНО-459Р is designed to display and archive the values of the monitored parameters and logic signals of the NFME, RME, APR, RPME and SLPE channels; positions of the switches and keys of the control desk NRR MIR.M1. Archiving device УНО-459Р ensures: − receiving information from data acquisition and processing device; − data storage on electronic media; − registration of the root cause of the EMR-COM signal; − automatic pre-start test mode for EMR-COM signal generation via NFME and PPME channels; − using external workstations: • displaying current and archived parameter values; • displaying data as screens; • displaying archive data as charts of parameters depending on time; • information output to the printer. MAIN FEATURES − Number of independent archives – 2 pcs. (Archive A, Archive B); − Number of information interfaces in each archive – 2 pcs.; − Type of information interface – ETHERNET; − Frequency of archiving parameters – max. 100 ms; − Amount of archived data, min. 30 days; − Supply voltage 220 V 50 Hz; − Power consumption, max. 300 VA; − Connector type – terminals, spring clamp; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions 2000×600×800 mm; − Weight, max. 300 kg; − Specified service life, min. 10 years.
18 REACTOR CONTROL DESKS
19 DESCRIPTION Reactor control desk is designed to accommodate the elements of manual control of CPS drives (switches and keys), operating modes of the NFME, PPME and APR channels set-up units, to display the status of the research reactor in real time. Reactor control desk panels contain switches and keys, NFME, PPME and APR setpoint set-up units, monitors, and keyboards for switching slides on the monitors. Industrial computers are installed in the pedestals to receive and display information as slides on monitors. Reactor control desk is made up of sections. Each section includes a pedestal, a table, and a shelf. It is delivered disassembled. The number of sections in the reactor control desk is determined by the project. 500* 905* 297* 772* 1061* MAIN FEATURES − The arrangement of keys, keyboards, and blocks on the control panel is determined by the project requirements; − Type of external cable connector – terminals, spring clamp; − Design of the control desk – sectional; − Overall dimensions of one section 13371)×1061×800 mm; 1) the height of the control desk is indicated with a 19” monitor; − Weight of one section, max. 120 kg; − Supply voltage (220−33 +22) V (50 ± 2) Hz; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min.: • monitors – 5 years; • remaining elements of the control desk – 10 years.
20 DETECTOR UNITS DETECTOR UNIT BASED ON IC КНК-15 СР-50-163ФВ outlet КНММС cable 1x0,283 390 150 60 140 Ф4.5 12000 IC sensitive volume center A A XW1 XW2 XW3 C + - 1) 1) The length of the КНММС cable of the detector unit is determined by the project
21 DESCRIPTION Detector unit БДПН-62Р is based on the КНК-15 fission ionization chamber; is capable of operating in sensitive pulse mode and current mode with gamma compensation. Detector unit БДПН-62Р is designed to work as part of the control, protection and diagnostic systems of nuclear reactors. Detector unit БДПН-62Р converts the thermal neutron flux density into an electrical signal. MAIN FEATURES − Thermal neutron flux density control range: • in pulse mode (1,0×10-1 - 1,0×106) cm-2×s-1; • in current mode (1,0×105 - 1,2×1010) cm-2×s-1; − Sensitivity value (with БПХ-133Р unit): • in pulse mode (0,5 – 1,0) cm2; • in current mode (5,0 ± 0,5)×10-5 cm2; − Supply voltage ± 500 V; − Connector type – СР-50-163ФВ socket; − Communication line – radiation and heat resistant КНММС cable; − Operating temperature range (1 – 150) °С; − Ingress protection – IP57; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions: • body length 390 mm; • body diameter 60 mm; − Weight, max. 15 kg (including communication lines); − Specified service life, min. 10 years.
22 DETECTOR UNIT BASED ON IC КНК-53M СР-50-163ФВ outlet КНММС cable 1x0,283 590 250 140 Ф4.5 12000 IC sensitive volume center A A XW1 XW2 XW3 C + - 1) 1) The length of the КНММС cable of the detector unit is determined by the project
23 DESCRIPTION Detector unit БДПН-63Р is based on the КНК-53M current ionization chamber; is capable of operating in current mode with gamma compensation. Detector unit БДПН-63Р is designed to work as part of the control, protection and diagnostic systems of nuclear reactors. Detector unit БДПН-63Р converts the thermal neutron flux density into an electrical signal. MAIN FEATURES − Thermal neutron flux density control range: (1,0×105 – 1,0×1011) cm-2×s-1; − Sensitivity value (with БПХ-134Р unit): (3,5 ± 0,5)×10-6 cm2; − Supply voltage ± 500 V; − Connector type –СР-50-163ФВ socket; − Communication line – radiation and heat resistant КНММС cable; − Operating temperature range (1 – 150) °С; − Ingress protection – IP57; − Seismic resistance – 9 on MSK-64 scale; − Overall dimensions: • body length 590 mm; • body diameter 60 mm; − Weight, max. 15 kg (including communication lines); − Specified service life, min. 10 years.
24 SPECIALIZED UNITS CONVERSION UNIT БПХ-133Р DESCRIPTION Conversion unit БПХ-133Р is designed to convert signals from a detector unit with an ionization fission chamber (КНК-15) and to transmit pulses normalized in amplitude and width to the neutron flux control unit of the SCS and ECR devices. Conversion unit БПХ-133Р consists of the following: − module for generating supply voltage and receiving/transmitting information; − pulse amplifier; − current converter. MAIN FEATURES − Input frequency control range – (1×10-2 – 1×107) Hz; − Input current conversion range – (1×10-8 – 1×10-3) A; − The power supply voltage range of the detector unit – (1 – 500) V and (minus 1 – minus 500) V; − Type of information transmission interface – RS-485; − Number of RS-485 interfaces – 3 pcs.; − Supply voltage (24±2) V; − Number of power inputs – 2 pcs.; − Power consumption, max. – 10 VA; − Overall dimensions 400×240×90 mm; − Weight, max. 10 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP65; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
25 CONVERSION UNIT БПХ-134Р DESCRIPTION Conversion unit БПХ-134Р is designed to convert signals from a detector unit with a current ionization chamber (КНК-53M) and to transmit pulses normalized in amplitude and width to the neutron flux control unit of the SCS and ECR devices. Conversion unit БПХ-134Р consists of the following: − module for generating supply voltage and receiving/transmitting information; − current converter. MAIN FEATURES − Input current conversion range – (1×10-9 – 3×10-3) А; − Type of information transmission interface – RS-485; − Number of RS-485 interfaces – 3 pcs.; − Supply voltage (24±2) V; − Number of power inputs – 2 pcs.; − Power consumption, max. – 10 VA; − Overall dimensions 400×240×90 mm; − Weight, max. 10 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP65; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
26 CONVERSION UNIT БВЦ-302Р DESCRIPTION Conversion unit БВЦ-302Р is designed to receive and convert the absolute encoder rotation angle code into a value proportional to the linear CR displacement. The number of absolute encoders connected to the БВЦ-302Р conversion unit in this configuration – 44 pcs. Conversion unit БВЦ-302Р transmits the values of the linear displacement CR to the position indicator БИЦ-84Р and display and logging archiving device. Conversion unit БВЦ-302Р automatically sets the maximum value of the CR position when receiving a signal from the bottom position switch. MAIN FEATURES − Type of interface received from the encoders – CANopen; − Number of CANopen interfaces – 6 pcs.; − Type of information transmission interface – RS-485; − Number of RS-485 interfaces – 9 pcs.; − Supply voltage (24±2) V; − Power consumption, max. – 10,5 VA; − Overall dimensions 500×340×200 mm; − Weight, max. 14 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
27 NFME, APR AND PPME SETPOINT SET-UP UNITS DESCRIPTION Setpoint set-up units are designed to be placed on the reactor control desks. NFME setpoint set-up unit БКЦ-92Р Is designed to generate, display and transmit set value of power of the NFME channel APR setpoint set-up unit БКЦ-93Р Is designed to generate, display and transmit set value of power and period of the APR channel PPME setpoint set-up unit БКЦ-97Р Is designed to generate, display and transmit emergency protection and warning setpoints of the process parameters of the PPME channel MAIN FEATURES − Display type – graphic vacuum fluorescent; − Number of 256×64 dots; − Glow color – green; − Brightness – 700 cd/m2; − Type of information reception/transmission interface – RS-422; − Supply voltage (24±2) V; − Power consumption, max. – 2,7 VA; − Overall dimensions 147×62×76 mm; − Weight, max. 1 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
28 CONTROL UNIT БКЦ-94Р DESCRIPTION Control unit БКЦ-94Р is designed to select slides on the control desk monitors. Control unit БКЦ-94Р is designed to be placed on the reactor control desks. MAIN FEATURES − Keyboard type – membrane 30-button; − Type of information reception/transmission interface – USB; − Supply voltage (5±0,5) V; − Power consumption, max. – 0,6 VA; − Overall dimensions 148×118×22 mm; − Weight, max. 0,5 kg; − Operating temperature range (1 – 50) °С; − Ingress protection from the keys – IP65; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
29 JUNCTION BOX КС-11Р C + - 354 229 Ф8,5 DESCRIPTION Junction box КС-11Р is designed to implement the transition between the radiation and heat resistant КНММС cable and coaxial cable РК50-4,8-36нг, to protect the detachable connection from access to dangerous parts, mechanical damage, mechanical damage. Junction box КС-11Р provides an electrical connection of communication lines between the БДПН and БПХ unit using connectors: CP-50-163FV outlet and CP-50-164FV plug. MAIN FEATURES − Overall dimensions 354×229×98 mm; − Weight, max. 5,5 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP54; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
30 POSITION INDICATOR БИЦ-84Р DESCRIPTION Position indicator БИЦ-84Р is designed to display the following parameters of the CPS actuating mechanisms: − value of the intermediate CR position in digital form; − direction of CR movement; − tripping of the position switches of the CPS actuating mechanisms. Position indicator БИЦ-84Р is designed to be placed on the reactor control desks and boards. MAIN FEATURES − Display type – seven-segment LED indicator; − Number of indicators – 4 pcs., − Type of information reception interface – RS-485; − Supply voltage (24 ± 2) V; − Power consumption, max. – 0,7 VA; − Overall dimensions 77×94×94 mm; − Weight, max. 0,5 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP22; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
31 DIGITAL DISPLAY BIC-71R DESCRIPTION Digital display BIC-71R is designed to digitally display the current power and period values of the NFME channel. Digital display BIC-71R is designed to be placed on the reactor control desks and boards. MAIN FEATURES − Display type – dot matrix vacuum fluorescent; − Number of symbols – 20 pcs., − Number of symbol dots - 5×8; − Glow color – green; − Brightness – 350 cd/m2; − Type of information reception/transmission interface – RS-422; − Supply voltage (24±2) V; − Power consumption, max. – 1,7 VA; − Overall dimensions 200×50×45 mm; − Weight, max. 0,5 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
32 SIGNALING UNIT БСР-45Р DESCRIPTION Signaling unit БСР-45Р is designed to perform the following functions: − sound alarm for the reactor plant personnel about the neutron flux power; − emergency and preventive light and sound alarm; − indication of the input signal frequency range; − generation of POWER SUPPLY, SIGNAL, OPERATION (READY), STOP (WRN-N or WRN-T), REVERSE (EMR-N or EMR-T). Signaling unit БСР-45Р is designed to be placed on the reactor control boards. MAIN FEATURES − Number of frequency reception channels from NFME – 6 pcs., − Range of received frequencies – (0,01 – 100 000) Hz; − loudspeaker power output – 10 W; − Supply voltage (24±2) V; − Power consumption, max. – 24 VA; − Overall dimensions 136×136×135 mm; − Weight, max. 1 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
33 ENGINE CONTROL UNIT УКЦ-23Р DESCRIPTION Engine control unit УКЦ-23Р is designed to control the speed and direction of rotation of a DC collector motor with an operating voltage 110 V and a current – max. 10 A. Engine control unit УКЦ-23Р is designed to be placed on the main and intermediate structures. MAIN FEATURES − Analog voltage inputs – from minus 10 V to +10 V; − Analog current input – from minus 10 mA to +10 mA; − Dead zone – from 0 V to 1 V (adjustable); − Supply voltage 110 V; − Power consumption, max. – 100 VA; − Overall dimensions 306×342×168 mm; − Weight, max. 8 kg; − Operating temperature range (1 – 50) °С; − Ingress protection – IP20; − Seismic resistance – 9 on MSK-64 scale; − Specified service life, min. 10 years.
JSC “SNIIP-SYSTEMATOM” Technical Product Catalog Part 1. Equipment CPS for NRR Publication: 08.2026 EN Responsible Developer: engineer of Department ASUZ RU Elizaveta Zhuravel. Technical consulting: − Director of Department ASUZ RU, Ph.D Alexey Zaikin; − Head of Department NTP Ivan Sadov. We reserve the right to make constructive changes. Typographical errors and typos in this edition of the catalog cannot be considered grounds for complaint.
SNIIP-SYSTEMATOM JSC 5 Raspletina str., Bldg 5, Moscow, 123060, P.O. Box 73 info@systematom.ru http://www.systematom.ru/ +7 (495) 748-52-51