Catalog
Back to search results
ND-500 High-vacuum diffusion pump
Back to search results
ND-500 High-vacuum diffusion pump
The working condition of the ND-500 diffusion pump depends on the temperature of the working fluid in the pump boiler. During the initial filling, it is recommended to fill the maximum volume of the working fluid. Working fluid is "VACMA OIL 500" vacuum oil (under technical specifications TU 19.20.29-061-00218526-2019). The total amount of working fluid in the ND-500 diffusion pump is a maximum of 5.5 liters, a minimum of 4 liters. The viewing window for visual inspection of the working fluid has marks of its maximum and minimum amounts. During normal operation of the pump, the level of the working fluid practically does not change.The temperature of the working fluid when the pump is operating at the maximum residual pressure is about 240°C to 255°C.
It is recommended to monitor the operation of the heaters in the ND-500 diffusion pump using one temperature sensor. The temperature sensor must be installed in a special radiator socket above the heater. If there is a loss of working fluid and an increase in the temperature of the radiators of the ND-500 diffusion pump up to 320°C, the temperature sensor should give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be carried out only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4 ° C to plus 25 ° C. The recommended cooling water consumption for the housing is 500 l/h, for the oil reflector it is 50 l / h. It is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break). The required speed of action of pre-vacuum pumps at a pressure of 26 Pa (0.2 mm Hg.st) in the outlet section of the ND-500 diffusion pump should be at least 42 l/s.
To reduce the losses of the working fluid of the ND-500 diffusion pump at pressures (1·10-1- 1) Pa [(7,5·10-4- 7,5·10-3) mmHg] it is recommended to install an additional LP-500 flow-through water trap on the outlet flange.
It is recommended to monitor the operation of the heaters in the ND-500 diffusion pump using one temperature sensor. The temperature sensor must be installed in a special radiator socket above the heater. If there is a loss of working fluid and an increase in the temperature of the radiators of the ND-500 diffusion pump up to 320°C, the temperature sensor should give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be carried out only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4 ° C to plus 25 ° C. The recommended cooling water consumption for the housing is 500 l/h, for the oil reflector it is 50 l / h. It is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break). The required speed of action of pre-vacuum pumps at a pressure of 26 Pa (0.2 mm Hg.st) in the outlet section of the ND-500 diffusion pump should be at least 42 l/s.
To reduce the losses of the working fluid of the ND-500 diffusion pump at pressures (1·10-1- 1) Pa [(7,5·10-4- 7,5·10-3) mmHg] it is recommended to install an additional LP-500 flow-through water trap on the outlet flange.
2NVBM-250/3000 Booster high vacuum pump
The 2NVBM-250(R)/3000 booster pump consists of housings, a steam pipe, a trap and a heater. The alignment of the steam line in the pump housing 2NVBM-250(R)/3000 is carried out by a steam line screed, which, when installing the housing on the collector, enters its upper end into the hole of the hood (oil reflector). The required effective speed of action of the forevacuum pump (pumps) at a pressure of 200 Pa (1.5 mm Hg) at the outlet of the 2NVBM-250(R)/3000 booster pump is not less than 25 l/s. The maximum residual pressure of the 2NVBM-250(R)/3000 pump measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 6.6 × 10-4 Pa (5 × 10-6 mm Hg). The pressure of the cooling water at the inlet to the 2NVBM-250(R)/3000 pump should be from 0.2 to 0.5 MPa (from 2 to 5 kgf / cm2). The drain from the pump must be free with a jet break. Cooling water consumption is 360 l/h.
The total amount of working fluid for the 2NVBM-250(R)/3000 pump is 17 liters, the level of the working fluid should be between the upper and lower marks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1 · 10-2 to 1 · 10-1 mm Hg). The operating mode of the pump in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
ND-630 High-vacuum diffusion pump
The working condition of the ND-630 diffusion pump depends on the temperature of the working fluid in the pump boiler. During the initial filling, it is recommended to fill the maximum volume of the working fluid. Working fluid is "VACMA OIL 500" vacuum oil (uner technical specifications TU 19.20.29-061-00218526-2019). The total amount of working fluid in the ND-630 diffusion pump is a maximum of 9 liters, a minimum of 6 liters. The viewing window for visual inspection of the working fluid has marks of its maximum and minimum amounts. During normal operation of the pump, the level of the working fluid practically does not change.
The temperature of the working fluid when the pump is operating at the maximum residual pressure is about 240°C to 255°C.
It is recommended to monitor the operation of heaters in the ND-630 diffusion pump using one temperature sensor. The temperature sensor must be installed in a special radiator socket above the heater. If there is a loss of working fluid and an increase in the temperature of the radiators of the ND-630 diffusion pump up to 360°C, the temperature sensor must give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be performed only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4°C to plus 25°C. The recommended cooling water consumption for the housing is 600 l/h, for the oil reflector it is 80 l / h. It is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break).
Vakuummash
Kazan
Produced in: Kazan
NVDM-100 High-vacuum Diffusion Pump
The operation of the NVDM-100 diffusion pump is based on the capture and transfer of the pumped gas by a steam jet flowing from the slit gaps of the steam line nozzles towards the outlet flange. The oil reflector of the NVDM-100 diffusion pump is a cap with a cooling tube soldered onto it with fittings. The open heater of the NVDM-100 diffusion pump is a metal housing with a ceramic base laid in it with a heating element made in the form of a spiral of nichrome wire.
During the operation of the pump, it is necessary to monitor the flow rate and temperature of the cooling water, the level of the working fluid and its temperature. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium. Therefore, the time after which the working fluid is replaced or refilled can be from 100 to 1000 or more hours. A large flow rate of the working fluid is observed when the pump is operating in the range of inlet pressures from 6.6×10-2 to 13.3 Pa (from 5×10-4 to 1×10-1 mm Hg).
Water at the inlet to the cooling systems of the housing and oil reflector should be supplied with a pressure of no more than 0.5 MPa (5 kgf / cm2) and temperature from plus 4˚C to plus 25˚C. The recommended cooling water consumption is 35+5 l/h and is regulated by the outlet water temperature, which should not exceed plus 40˚C. The water drain should be free (with a jet break). Not allowed: operation of the pump without water cooling, exceeding the maximum exhaust pressure of 35 Pa (0.263 mm Hg). The level of the working fluid during operation, at which the parameters of the NVDM-100 diffusion pump are provided, must correspond to min 7mm, max 11mm. The volume of the filled working fluid is 0.07/
Vakuummash
Kazan
Produced in: Kazan
ND-400 High-vacuum Diffusion pump
The working condition of the ND-400(R) diffusion pump depends on the temperature of the working fluid in the pump boiler. During the initial filling, it is recommended to fill the maximum volume of the working fluid. Working fluid is "VACMA OIL 500" vacuum oil (under technical specifications TU 19.20.29-061-00218526-2019). The total amount of working fluid in the ND-400(R) diffusion pump is a maximum of 5 liters, a minimum of 3.3 liters. The viewing window for visual inspection of the working fluid has marks of its maximum and minimum amounts. During normal operation of the pump, the level of the working fluid practically does not change.
The temperature of the working fluid when the pump is operating at the maximum residual pressure is about 240°C to 255°C. It is recommended to monitor the operation of heaters in the ND-400(R) diffusion pump using one temperature sensor. The temperature sensor must be installed in a special radiator socket above the heater. If there is a loss of working fluid and an increase in the temperature of the radiators of the ND-400(P) diffusion pump to 320°C, the temperature sensor must give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be performed only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4°C to plus 25°C. The recommended cooling water consumption for the housing is 250 l/h, for the oil reflector it is 40 l / h. It is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break).
Vakuummash
Kazan
Produced in: Kazan
ND-1000 High vacuum diffusion pump
The working condition of the ND-1000 diffusion pump depends on the temperature of the working fluid in the pump boiler. During the initial filling, it is recommended to fill the maximum volume of the working fluid. The working fluid is "VACMA OIL 500" vacuum oil (under technical specifications TU 19.20.29-061-00218526-2019). The total amount of working fluid in the ND-1000 diffusion pump is a maximum of 23 liters, a minimum of 16 liters. The viewing window for visual inspection of the working fluid has marks of its maximum and minimum amounts. During normal operation of the pump, the level of the working fluid practically does not change.
The temperature of the working fluid when the pump is operating at the maximum residual pressure is about 240°C to 255°C.
It is recommended to monitor the operation of heaters in the ND-1000 diffusion pump using two temperature sensors. The temperature sensor must be installed in a special radiator socket above the heater. In the event that there is a loss of working fluid and an increase in the temperature of the radiators to 360 0C for the ND-1000 diffusion pump, the temperature sensor must give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be performed only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4°C to plus 25°C. The recommended cooling water consumption for the housing is 1500 l/h, for the oil reflector 150 l / h and is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break).
Vakuummash
Kazan
Produced in: Kazan
2NVBM-630/18000 Booster high vacuum pump
The 2NVBM-630(R)/18000 pump is designed for pumping out of sealed volumes of air, gases, vapors and vapor-gas mixtures that are non-aggressive to the materials of the structure and the working fluid of the pump in the range of inlet pressures from 13.3 to 6.6x10-2 Pa (from 1x10-1 to 5x10-4 mmHg.) and do not contain droplet moisture and mechanical impurities.
The 2NVBM-630(R)/18000 pump is used in conjunction with pre-vacuum pumps as part of technological installations or systems in stationary conditions. The type of climatic version of UHL4 and O4 (i.e. for moderate and cold climate) according to GOST standard 15150-69, but it is intended for operation at ambient temperature from plus 10°C to plus 35°C for UHL4 and from plus 10°C to plus 45°C for O4, at cooling water temperature from plus 10°C to plus 20°C.
The 2NVBM-630(R)/18000 pump is not intended for use in fire dangerous and explosive industries.
Vakuummash
Kazan
Produced in: Kazan
NVDM-250 High vacuum Diffusion Pump
The operation of the NVDM-250 diffusion pump is based on the capture and transfer of the pumped gas by a steam jet flowing from the slit gaps of the steam line nozzles towards the outlet flange. The oil reflector of the NVDM-250 diffusion pump is a flange with a cooling tube passing through it, soldered to a cap located in the center of the flange. The NVDM-250 open-type diffusion pump heater is a metal housing with a ceramic base laid in it with a heating element in the form of a spiral made of nichrome wire.
During the operation of the pump, it is necessary to monitor the flow rate and temperature of the cooling water, the level of the working fluid and its temperature. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium. Therefore, the time after which the working fluid is replaced or refilled can be from 100 to 1000 or more hours. A large flow rate of the working fluid is observed when the pump is operating in the range of inlet pressures from 6.6 × 10-2 to 13.3 Pa (from 5 ×10-4 to 1 ×10-1 mmHg).
Water at the inlet to the cooling systems of the housing and oil reflector must be supplied with a pressure of no more than 0.5 MPa (5 kgf / cm2) and temperature from plus 4°C to plus 25°C. The recommended cooling water consumption is 100+15 l/h and is regulated by the outlet water temperature, which should not exceed plus 400C. The water drain should be free (with a jet break). Not allowed: operation of the pump without water cooling, exceeding the maximum exhaust pressure of 33.3 Pa (0.25 mmHg) The level of the working fluid during operation, at which the parameters of the pump NVDM-250 are provided, must correspond to min 8mm, max 13mm. The volume of the filled working fluid is 0.55 l
Vakuummash
Kazan
Produced in: Kazan
NVDM-160 High-vacuum Diffusion Pump
The operation of the NVDM-160 diffusion pump is based on the capture and transfer of the pumped gas by a steam jet flowing from the slit gaps of the steam line nozzles towards the outlet flange. The oil reflector of the NVDM-160 diffusion pump is a flange with a cooling tube passing through it, soldered to a cap located in the center of the flange. The NVDM-160 closed-type diffusion pump heater consists of tubular electric heaters fixed in the heater housing.
During the operation of the pump, it is necessary to monitor the flow rate and temperature of the cooling water, the level of the working fluid and its temperature. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium. Therefore, the time after which the working fluid is replaced or refilled can be from 100 to 1000 or more hours. A large flow rate of the working fluid is observed when the pump is operating in the range of inlet pressures from 6.6×10-2 to 13.3 Pa (from 5×10-4 to 1×10-1 mm Hg).
Water at the inlet to the cooling systems of the housing and oil reflector must be supplied with a pressure of no more than 0.5 MPa (5 kgf / cm2) and temperature from plus 40C to plus 250C. The recommended cooling water consumption is 60+10 l/h and is regulated by the outlet water temperature, which should not exceed plus 400C. The water drain should be free (with a jet break). Not allowed: operation of the pump without water cooling, exceeding the maximum exhaust pressure of 33.3 Pa (0.25 mm Hg). The level of the working fluid during operation, at which the parameters of the NVDM-160 pump are provided, must correspond to min 10mm, max 17mm. The volume of the filled working fluid is 0.3 liters
Vakuummash
Kazan
Produced in: Kazan
ND-250 High-vacuum diffusion pump
The working condition of the ND-250(P) diffusion pump depends on the temperature of the working fluid in the pump boiler. During the initial filling, it is recommended to fill the maximum volume of the working fluid. Working fluid is "VACMA OIL 500" vacuum oil (under technical specifications TU 19.20.29-061-00218526-2019). The total amount of working fluid in the ND-250(R) diffusion pump is a maximum of 1.8 liters, a minimum of 1.3 liters. The viewing window for visual inspection of the working fluid has labels of its maximum and minimum amounts. During normal operation of the pump, the level of the working fluid almost does not change.
The temperature of the working fluid when the pump is operating at the maximum residual pressure is about 240°C to 255°C. It is recommended to monitor the operation of heaters in the ND-250(R) diffusion pump using the same temperature sensor. The temperature sensor must be installed in a special radiator socket above the heater. If there is a loss of working fluid and an increase in the temperature of the radiators of the pump up to 320˚C, the temperature sensor must give the command to automatically turn off the heaters. The subsequent activation of the pump heaters should not be automatic and should be performed only after cooling the system.
Water at the inlet to the cooling systems of the housing and the oil reflector must be supplied with a pressure of 0.3 MPa (3 kgf/cm2) to 0.5 MPa (5 kgf/cm2) and a temperature of plus 4°C to plus 25°C. The recommended cooling water consumption for the housing is 160 l/h, for the oil reflector it is 20 l / h. It is regulated by the outlet water temperature, which should not exceed plus 40°C. The water drain should be free (with a jet break).
Vakuummash
Kazan
Produced in: Kazan
2NVBM-160/1000 Booster high vacuum pump
The 2NVBM-160(R)/1000 booster pump is a structure consisting of housings, a steam pipe, a trap and a heater. The alignment of the steam line in the 2NVBM-160(R)/1000 pump housing is carried out by a rod inserted into the hole of the hood (oil reflector) and screwed into the upper part of the steam line.
The required effective speed of action of the pre-vacuum pump (pumps) at a pressure of 93 Pa (0.7 mm Hg) at the outlet of the booster pump 2NVBM-160(P)/1000 is not less than 15 l/s. The maximum residual pressure of the 2NVBM-160(P)/1000 pump, measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 1.3×10-3 Pa (1×10-5 mm Hg). The pressure of cooling water at the inlet to the 2NVBM-160 pump should be from 0.2 to 0.5 MPa (from 2 to 5 kgf/cm2). The drain from the pump must be free with a jet break. Cooling water consumption is 145 l/h.
The total amount of working fluid for the 2NVBM-160(P)/1000 pump is 5 liters., the level of working fluid should be between the upper and lower risks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1·10-2 to 1·10-1 mm Hg). The operating mode of the pump in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
2NVBM-400/6000 Booster high vacuum pump
The 2NVBM-400(R)/6000 booster pump consists of housings, a steam line, a trap and a heater. The required effective speed of action of the pre-vacuum pump (pumps) at a pressure of 200 Pa (1.5 mm Hg) at the outlet of the booster pump 2NVBM-400(R)/6000 is not less than 45 l/s. The maximum residual pressure of the pump 2NVBM-400(R)/6000, measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 6.6 × 10-4 Pa (5 × 10-6 mmHg). The pressure of the cooling water at the inlet to the pump 2NVBM-400 (R)/6000 should be from 0.2 to 0.5 MPa (from 2 to 5 kgf / cm2). The drain from the pump should be free with a jet break. Cooling water consumption is 600 l/h.
The total amount of working fluid for the 2NVBM-400(R)/6000 pump is 47 liters, the level of working fluid should be between the upper and lower marks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1 ·10-2 to 1 ·10-1 mm Hg). The pump operating mode in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
2NVBM-500/12000 Booster High Vacuum Pump
The 2NVBM-500/12000 booster pump consists of housings, a steam pipe, a trap and a heater. The required effective speed of action of the pre-vacuum pump (pumps) at a pressure of 200 Pa (1.5 mm Hg) at the outlet of the booster pump is not less than 100 l/s. The maximum residual pressure of the 2NVBM-500/12000 pump measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 6.6 × 10-4Pa (5 × 10-6 mm Hg). The pressure of the cooling water at the inlet to the pump 2NVBM-500/12000 should be from 0.2 to 0.5 MPa (from 2 to 5 kgf / cm2). The discharge from the pump should be free with a jet break. Cooling water consumption 1200 l/h.
The total amount of working fluid for the 2NVBM-500/12000 pump is 65 liters, the level of working fluid should be between the upper and lower marks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1 · 10-2 to 1 · 10-1 mm Hg). The operating mode of the pump in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
2NVBM-630(R)/12000 Booster High Vacuum pump
The 2NVBM-630(R)/12000 booster pump consists of housings, a steam pipe, a trap and a heater. The required effective speed of action of the pre-vacuum pump (pumps) at a pressure of 200 Pa (1.5 mm Hg) at the outlet of the 2NVBM-630(R)/12000 booster pump is not less than 100 l/s. The maximum residual pressure of the pump measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 6.6x10-4Pa (5x10-6mm Hg). The pressure of the cooling water at the pump inlet 2NVBM-630(P)/12000 should be from 0.2 to 0.5 MPa (from 2 to 5 kgf / cm2) The discharge from the pump should be free with a jet break. Cooling water consumption 1200 l/h.
The total amount of working fluid for the 2NVBM-630(R)/12000 pump is 65 liters, the level of the working fluid should be between the upper and lower marks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1x10-2 to 1x10-1 mmHg). The operating mode of the pump in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
Vacuum drying cabinet SNVS-50/3.5
They are designed for carrying out various technological processes at temperatures from 40 to 500 oC, in vacuum up to 1x10−3 mmHg, or in an inert gas of high purity.
They are used for drying, light annealing, aging, low and medium tempering in an oxidizing environment, degassing of ferrous and non-ferrous metals (including copper and copper alloys), or any other materials processed under similar conditions.
The program setting of heat treatment modes including vacuuming, high purity inert gas intake with repeated vacuuming allows heating in an oxidizing environment with high purity of the surfaces of the processed parts, without scale formation and oxidation.
Tula-Term
Tula
Produced in: Tula
Collection for storage of purified water S-100
from
79 000 ₽
Designed for collecting, storing and distributing purified water obtained by various purification methods, with a capacity of 100 liters and 100% stainless steel, which allowed for a long service life.
Dimensions in terms of 560x580 mm
Weight 13.5 kg
Livam
Belgorod
Produced in: Belgorod
Muffle furnace LF-9/11-G1
Design features:
Durable ceramic muffle;
Closed heaters on four sides of the chamber;
Microprocessor temperature controller;
Conveniently located control panel and bright LED display;
Ease of management and control;
LED indicators of heater operation and protection operation;
Automatic shutdown of heating when opening the door;
The door opens up and faces the user with the cold side;
Alarm when the current temperature exceeds the limits of the permissible range;
Highly efficient thermal insulation of the housing;
The furnace body is made of high-quality sheet steel and painted with heat-resistant powder paint.
Technical specifications:
Maximum heating temperature, °C +1100
Temperature stability in steady-state thermal mode, °C ± 10
Warm-up time to maximum temperature, no more than 120 min
Dimensions of the working chamber, WxHxD, not less than 200x150x290 mm
Overall dimensions, WxHxD, not more than 525x625x620 mm
Rated supply voltage, 220 V
Rated power, W 5500
LOIP
Saint Petersburg
Produced in: Saint Petersburg
2NVBM-250/3000 Booster high vacuum pump
The 2NVBM-250(R)/3000 booster pump consists of housings, a steam pipe, a trap and a heater. The alignment of the steam line in the pump housing 2NVBM-250(R)/3000 is carried out by a steam line screed, which, when installing the housing on the collector, enters its upper end into the hole of the hood (oil reflector). The required effective speed of action of the forevacuum pump (pumps) at a pressure of 200 Pa (1.5 mm Hg) at the outlet of the 2NVBM-250(R)/3000 booster pump is not less than 25 l/s. The maximum residual pressure of the 2NVBM-250(R)/3000 pump measured by the PMI-2 manometric ionization converter with nitrogen filled into its trap, is no more than 6.6 × 10-4 Pa (5 × 10-6 mm Hg). The pressure of the cooling water at the inlet to the 2NVBM-250(R)/3000 pump should be from 0.2 to 0.5 MPa (from 2 to 5 kgf / cm2). The drain from the pump must be free with a jet break. Cooling water consumption is 360 l/h.
The total amount of working fluid for the 2NVBM-250(R)/3000 pump is 17 liters, the level of the working fluid should be between the upper and lower marks of the level gauge. Replacement or refilling of the working fluid depends on the operating mode of the pump (inlet pressure, pumping duration, etc.) and the composition of the pumped medium, so the time after which the working fluid is replaced or refilled can be 100 hours or more. A large flow rate of the working fluid is observed when the pump is operating in the input pressure range from 1.33 to 13.3 Pa (from 1 · 10-2 to 1 · 10-1 mm Hg). The operating mode of the pump in the range from 13.3 Pa (0.1 mmHg) to the maximum residual pressure is cyclically irregular.
Vakuummash
Kazan
Produced in: Kazan
Muffle furnace LF-15/11-V1
Design features:
Special system of air intake and exhaust of combustion products with adjustable thrust;
Durable ceramic muffle;
Closed heaters on four sides of the chamber;
Microprocessor temperature controller;
Conveniently located control panel and bright LED display;
Ease of management and control;
LED indicators of heater operation and protection operation;
Automatic shutdown of heating when opening the door;
The door opens up and faces the user with the cold side;
Alarm when the current temperature exceeds the limits of the permissible range;
Highly efficient thermal insulation of the housing;
The furnace body is made of high-quality sheet steel and painted with heat-resistant powder paint.
Technical specifications:
Maximum heating temperature, °C +1100
Temperature stability in steady-state thermal mode, °C ± 10
Warm-up time to the maximum temperature, no more than 120 min
Dimensions of the working chamber, WxHxD, not less than mm 215x190x330
Overall dimensions, WxHxD, not more than 525x1045x680 mm
Rated supply voltage, 220 V
Rated power, W 6000
LOIP
Saint Petersburg
Produced in: Saint Petersburg
Muffle furnace LF-7/13-V2
Design features:
Special system of air intake and exhaust of combustion products with adjustable thrust;
Programmable microprocessor temperature controller;
Three programs of ten steps with the ability to set the temperature, heating speed and holding time for each step;
Manual heating mode with timer with sound notification and auto-off;
Durable ceramic muffle;
Semi-open heaters on four sides of the chamber;
Backlit graphic display;
Conveniently located control panel;
Automatic shutdown of heating when opening the door;
Sound and light alarm when the current temperature exceeds the limits of the permissible interval;
Highly efficient thermal insulation of the housing;
The furnace body is made of high-quality sheet steel and painted with heat-resistant powder paint.
Technical specifications:
Maximum heating temperature, °C +1300
Temperature stability in steady-state thermal mode, °C ± 10
Warm-up time to the maximum temperature, no more than 120 min
Dimensions of the working chamber, WxHxD, not less than 200x110x285 mm
Overall dimensions, WxHxD, not more than mm 505x955x655
Rated supply voltage, 220 V
Rated power, W 3300
LOIP
Saint Petersburg
Produced in: Saint Petersburg
Circulation thermostat LT-111b
Technical specifications:
Temperature range:
without external cooling, °C
Current+10 ... +100
with tap water cooling °C
Tvods+5 ...+100
Accuracy of temperature maintenance, °C ± 0.1
The error of setting the set temperature, no more than ° C ± 0.2
Heater power, W 1900
Pump:
max. flow rate, l/min 7.5
pressure, 0.17 bar
Bath volume, l 11
The working fluid is water, water-glycerin mixture.
The open part of the bath / depth, mm 160x240/200
Overall dimensions, mm 268x335x420
Weight, kg 10
LOIP
Saint Petersburg
Produced in: Saint Petersburg
Muffle furnace LF-15/13-G2
Design features:
Programmable microprocessor temperature controller;
Three programs of ten steps with the ability to set the temperature, heating speed and holding time for each step;
Manual heating mode with timer with sound notification and auto-off;
Durable ceramic muffle;
Semi-open heaters on four sides of the chamber;
Backlit graphic display;
Conveniently located control panel;
Automatic shutdown of heating when opening the door;
Sound and light alarm when the current temperature exceeds the limits of the permissible interval;
The door opens up and faces the user with the cold side;
Highly efficient thermal insulation of the housing;
The furnace body is made of high-quality sheet steel and painted with heat-resistant powder paint.
Technical specifications:
Maximum heating temperature, °C +1300
Temperature stability in steady-state thermal mode, °C ± 10
Warm-up time to the maximum temperature, no more than 120 min
Dimensions of the working chamber, WxHxD, not less than mm 215x190x330
Overall dimensions, WxHxD, not more than mm 525x655x680
Rated supply voltage, 220 V
Rated power, W 6100
LOIP
Saint Petersburg
Produced in: Saint Petersburg
Laboratory shaft furnaces SSHOL SSHOL 35/11
The furnaces can be used as universal laboratory furnaces in metallurgical, jewelry and ceramic production, in orthopedic dentistry, chemical and food laboratories.
Technical specifications
Universal laboratory shaft furnaces with software control SSHOL are used for firing products, melting and heat treatment of metals at temperatures up to 1150 ° C.
Max. operating temperature- 1150 ⁰C
Dimensions of the working chamber - Ø300x500 mm
MIUS
Tula
Produced in: Tula
LB186 Laboratory bath
It is designed to solve temperature control problems that do not require high accuracy of maintaining the temperature of the coolant and the uniformity of the temperature field in the working volume.
Laboratory bath LB186 is characterized by simplicity of design, ease of use, reliability and low cost in comparison with liquid thermostats.
Bath volume 140 l
Overall dimensions 1150x570x480 mm
The open part of the bath is 1060x430 mm
Bath depth 300 mm
Weight 58 kg
Power consumption 2.5 kW
Termeks
Tomsk
Produced in: Tomsk
LI-400 Integrated Vacuum Trap
The LI-400 integrated flanged trap is installed inside the diffusion pump instead of the standard oil reflector, without increasing the overall dimensions of the diffusion pump.
The LI-400 trap performs the function of an oil reflector, is installed instead of a standard oil reflector in pumps, has an additional number of cooled screens for capturing oil return flow vapors (more than that of the MU trap), covers the entire area of the input high-vacuum flange.
Vakuummash
Kazan
Produced in: Kazan
Vacuum drying cabinet with manual control SNVS-215/3.5
from
896 374 ₽
The SNVS-215/3.5 vacuum drying cabinet with a volume of 215 liters with manual vacuum adjustment is designed for heat treatment of materials at temperatures up to 350 with air access and in a vacuum controlled by manual valves. Thanks to modern temperature control, it demonstrates excellent performance of heat treatment modes. The measurement system complies with Russian standards and has certificates of entry into the SI State Register. Design for heat treatment in production and clean laboratories. The cabinet can be equipped with a software control device with an automatic timer and a wide selection of additional options.
Tula-Term
Tula
Produced in: Tula
Furnace control cabinet SHUP-160-1
Designation
SHUP-160-1
Switching power, kW
160
Automatic switch, A
320
Supply network voltage, V/Hz
380
Tula-Term
Tula
Produced in: Tula
MM-180/20/35 POZIS Medical freezer
from
58 660 ₽
Refrigerant
404a
Total volume, l.
180
The volume of the freezer / NTO, l.
180
Number of compressors, pcs.
1
Height, mm
870
Height with wheels, mm
940
Depth, mm
720
Width, mm
1310
Weight, kg., no more
80,5
Rated power consumption, W
250
Maximum rated power, W
275
Voltage,
220 V
Warranty,
1 year
Final report on pre-qualification for compliance with the requirements of Good Practice of the EAEU Distribution: yes
Freezer compartment
The temperature in the freezer, °C
-18...-40
Thermal card: yes
Efficiency and energy consumption
Electricity consumption at t storage -18°C and t roc +25°C, kWh/day, no more
than 0.81
Climate class
UHL 4.2 (i.e. for moderate and cold climate)
Frequency, Hz
50
Approximate dimensions of the product with packaging
Net weight of the product, kg
80,5
Gross weight of the product, kg
93.5
Volume of packaging, m3
0,965
The length of the package, m
0,75
Width of the package, m
1.34
Height of the package, m
0.96
POZIS
Зеленодольск
Produced in: Zelenodolsk, Tatarstan
Thermal collector for sterile solutions TS-100
from
334 200 ₽
Allows you to accumulate 100 liters of injection water. It is equipped with a heating and recirculation system, a temperature control meter, as well as special air bactericidal filters through which contact with the atmosphere is carried out. The automation system regulates the operation of the pump and heating elements and provides automatic shutdown of the distiller when filling the tank. It consists of 100% stainless steel, which allowed for a long service life.
Overall dimensions (LxWxH) 1200×585×1120 mm
Weight 55 kg
Livam
Belgorod
Produced in: Belgorod
LB21-Sh Laboratory bath
It is designed for thermostating samples in glasses, flasks and other laboratory utensils in cases when high accuracy of temperature maintenance is not required and good uniformity of the temperature field in the working volume is not needed.
The operating temperature range is Current +5...+200 °C.
One workplace with a diameter of 110 mm with five steel O-rings, a tripod and a foot with a clip.
Stamped steel bath with a volume of 3.5 liters and a depth of 60 mm.
Bath volume 3.5 l
Overall dimensions 515x360x610 mm
The open part of the bath is 295x145 mm
Bath depth 60 mm
Weight 6.5 kg
Power consumption 2.5 kW
Termeks
Tomsk
Produced in: Tomsk
Electric resistance chamber vacuum furnace SNVS-1.5.2.0/10SHM10
The electric furnace SNVS-1,5.2,0/10SHM10 is designed for heat treatment in vacuum, according to the technological process. The execution Of The Electric Furnace is mine. The type of cage is monoblock or composite. The loading direction is vertical. The loading method is by universal shop lifting mechanisms.
Tula-Term
Tula
Produced in: Tula