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WB series baths can be used for sample evaporation, incubation, defrosting, conduction of chemical reactions. Temperature setting range, oC +35...+95 Temperature error, oC ±1.0 Protection against temperature exceeding RAINBOW TSR-150S F-C hydraulic thermostat Supply voltage, V 230+-10% Current consumption 3.3 A Power consumption, W 750 Overall dimensions L х W х H, mm 380 x 325 x 260 Bath dimensions L x W x H, mm 290 x 300 x 205 Total / engine capacity, 17.6/14.6 l

- Search and detection of gamma radiation sources with identification of radionuclide composition - Measurement of the ambient dose equivalent of gamma radiation The combination of compactness and high sensitivity The possibility to analyze the spectrum and identify radionuclides without using a PC A built-in GPS module Audiable, light and vibration alarms

Measurements in wide ranges of capacities doses and energies Measurement of dose rate and duration of exposure during short-term radiation from 0.03 s Measurement of the average dose rate of pulsed radiation with a pulse duration of 10 ns (AT1123) The possibility of remote measurements using a remote control The possibility of stationary location with external audible and visual alarms with "dry" contacts for controlling actuators The possibility to connect to a PC for organizing a continuous monitoring system with a documentation function

Technical specifications: Frequency range, from 2 Hz to 2 MHz Frequency setting error, ± 1 % Signal amplitude: - at a load of 600 ohms , at least 5 V at least 10 V Smooth signal attenuation, at least 20 dB Frequency instability: - in 15 minutes - for 180 minutes, no more than 0.1% no more than 0.5 % Harmonic coefficient: - in the frequency range from 10 Hz to 20 Hz - in the frequency range sv. 20 Hz to 200 kHz - in the frequency range of 200 kHz to 2 MHz, not more than 0.5% not more than 0.2% not more than 1 %

Technical specifications: B5-78 (15 V, 3 A); B5-78/1 (30 V, 2 A); B5-78/2 (50 V, 1 A); B5-78/4 (20 V, 1.5 A); B5-78/6 (30 V, 4 A); B5-78/7 (50 B, 2.5 A) Voltage measurement error: ±0.3 V Current measurement error: ±(0.04–0.06) A Voltage instability when the load current changes 0.03% Instability of the current when the voltage changes at a load of 0.2% Voltage ripple 0.5–1 mV Current ripple 0.1% Power consumption 90 - 320 VA Two 3-digit indicators (voltage, current) Adjustments are rough, smooth Dimensions 115x185x360 mm Weight: 3.7 kg (B5-78, B5-78/1, B5-78/2) 3 kg (B5-78/4) 5.5 kg (B5-78/6, B5-78/7) Power supply ~220 V A

Rapid adaptation to changes in the radiation background Audible and light alarms The possibility to create a network of MCI (up to 32) under the control of a PC and specialized software Mobility and the possibility to organize the control of passages in a short time High reliability and self-control Backup power supply

Gamma radiation detection units (BDKG-05M, BDKG-11M, BDKG-19M, BDKG-201M, BDKG-203M, BDKG-205M, BDKG-211M, BDKG-219M) for use as part of stationary and mobile radiation monitoring posts and robotic devices for ground, aviation and marine applications

Distinctive features of biological safety cabinet of ODO "BELAKVILON" four versions with different working area widths: 90, 120, 150, 180; ease of operation and ease of operation; highly efficient shadowless diffused panoramic illumination of increased brightness (at least 1500 lux) with brightness adjustment for comfortable operation; a stable air barrier and a constant downward flow in the work area ensures maximum protection of personnel and the sample. These conditions are constantly monitored by automation; the front screen is made of 6 mm tempered glass with 2 handles and a tilt angle of 10°, with 20 cm (available 16– 25 cm) working lifting height; the front working glass has no edge, which allows you to observe the working process without interference; availability of all spare parts in stock (including metal body panels and glass).

Control of individual radiation doses from X-ray and gamma radiation. Together with a reader connected to a PC and specialized application software, they form an effective system for automated control of dose loads on personnel. Silicon Planar Detector Lack of own background Simultaneous measurement of dose loads on internal organs Hp(10) and skin Hp (0.07)