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Very Urgent Matter!
Please contact our Duty Manager in case of urgent situations, equipment failure or other pressing matters. You can use the following ways:
1. Direct call:
+7 952 009 05 30
2. Skype call: russol24
3. Direct SMS:
General search
Equipment
choose the category
Fans
Boilers
Valves
Chains
Fans search
Select fans
Capacity
?
:
ths. m
3
Total pressure
?
:
Pa
Temperature
?
:
С
о
Permissible variation
?
:
%
Learn more
○
Abbreviations
○
Centrifugal double inlet fans scroll layout
○
Centrifugal single inlet fans scroll layout
○
Embodiment types
○
Fan questionnaire
○
Fan selection
○
Industrial fan spare parts
✎ Fill in questionnaire
Boiler type
Steam boiler
Hot-water boiler
Choose the boiler type
Boilers search
Select boiler
Capacity:
t/h
Output pressure:
MPa
Output temperature:
С
о
Permissible variation
?
:
%
Learn more
○
Boiler questionnaire
○
Boiler selection
○
Boiler spare parts and auxiliaries
✎ Fill in questionnaire
Boilers search
Select boiler
Capacity:
MW
Output pressure:
MPa
Permissible variation
?
:
%
Learn more
○
Boiler questionnaire
○
Boiler selection
○
Boiler spare parts and auxiliaries
✎ Fill in questionnaire
Valves search
Select valve
DN:
mm
Pressure:
MPa
Temperature:
о
С
Permissible variation
?
:
%
Learn more
○
Applied designations
○
Control types
○
PRDS
○
Valve questionnaire
○
Valve selection
✎ Fill in questionnaire
Chains search
Chains types
○ Driving roller and bush chains
○ Pulling block chains
○ Detachable conveyor chains
○ Block load chains
○ Chains for VC type variators
○ Chains for German variators
○ For combustion chambers
Learn more
○
GOST 10819-93 - Chains for variators
○
GOST 13568-97 - Driving roller and bush chains
○
GOST 191-82 - Block load chains
○
GOST 588-81 - Pulling block chains
○
GOST 589-85 - Detachable conveyor chains
Industrial fans questionnaire
X
Please send us your request via this form or via email at:
✉ info@russol.org
General information
① Fan type:
FD Fan
ID Fan
② Subtype:
Axial
Single inlet centrifugal
Double inlet centrifugal
③ Climatic modification
?
:
У (mild climate)
ХЛ (frigid climate)
УХЛ (boreal climate)
Т (tropical climate)
М (marine boreal climate)
О (general climatic modification, excepting marine climate)
ОМ (general marine climatic modification)
В (all-climates)
1 (outdoors)
2 (outdoors under cover)
3 (indoors without artificial climatic control)
4 (indoors with artificial climatic control (ventilation, heating)
5 (indoors with high humidity without artificial climatic control )
④ Scroll layout
?
:
° -
°
⑤ Rotation direction
?
:
Right-hand
Left-hand
⑥ Quantity:
pcs.
⑦ Delivery date:
Technical data
① Capacity:
ths. m
3
/h
② Handled medium temperature:
°C
③ Total pressure:
Pa
kgs/m2
④ Atmospheric pressure:
?
:
Pa
kgs/m2
⑤ Required efficiency:
⑥ Capacity regulation:
?
:
Yes
No
Electric motor
① Type:
Asynchronous squirrel cage
Asynchronous with phase-wound rotor
Synchronous
② Climatic modification
?
:
У (mild climate)
ХЛ (frigid climate)
УХЛ (boreal climate)
Т (tropical climate)
М (marine boreal climate)
О (general climatic modification, excepting marine climate)
ОМ (general marine climatic modification)
В (all-climates)
1 (outdoors)
2 (outdoors under cover)
3 (indoors without artificial climatic control)
4 (indoors with artificial climatic control (ventilation, heating)
5 (indoors with high humidity without artificial climatic control)
③ Rate speed:
rpm
④ IP
?
:
IP
0 No protection against contact and ingress of objects
1 Any large surface of the body, such as the back of a hand, but no protection against deliberate contact with a body part
2 Fingers or similar objects
3 Tools, thick wires, etc.
4 Most wires, slender screws, large ants etc.
5 Ingress of dust is not entirely prevented, but it must not enter in sufficient quantity to interfere with the satisfactory operation of the equipment.
6 No ingress of dust; complete protection against contact (dust tight). A vacuum must be applied. Test duration of up to 8 hours based on air flow.
0 None
1 Dripping water
2 Dripping water when tilted at 15°
3 Spraying water
4 Splashing of water
5 Water jets
6 Powerful water jets
7 Immersion, up to 1 m depth
8 Immersion, 1 m or more depth
⑤ Supply-line voltage:
V
⑥ Frequency:
Hz
Handled medium
?
① Density
kg/Nm
3
② Dustiness:
g/Nm
3
③ Agressive agents content:
%
④ Sticking tendency:
?
Contacts
① Company name:*
② Contact person:*
③ Telephone:*
④ Fax:
⑤ Email:*
* - fields are to be filled.
Additional comments
Boiler questionnaire
X
Please send us your request via this form or via email at:
✉ info@russol.org
General information
① Boiler type:
Steam
Hot-water
② Application:
Heating
Hot-water supply
Process needs
Power generation
③ Fuel
?
:
1:
Main fuel
Bituminous coal
Brown coal
Anthracite
Gas
Fuel oil
Wood waste or husks
Diesel
Oil
Milled peat
Other
2:
None
Bituminous coal
Brown coal
Anthracite
With gas supportм
With fuel oil support
Gas
Fuel oil
Wood waste or husks
Diesel
Oil
Milled peat
Other
④ Quantity:
шт.
⑤ Delivery date:
Technical data
① Steam capacity:
t/h
② Output pressure:
Pa
kgs/m2
③ Output temperature:
°C
④ Supply water temperature:
°C
① Capacity:
MW
Gcal/h
② Operating output pressure:
Pa
kgs/m2
③ Water temperature graph:
°C
Auxiliaries
Combustion chamber:
Steam superheater
Economizer
Air heater
Coal pulverization
Mill fan
FD Dan
ID Fan
Ash catcher
Chimney
Ash and slag removal
CPCS
Phosphatizing
Water treatment
Soot blowers
Fuel 1
① Grade:
② Calorific value:
kcal/kg
③ Lump size:
mm
④ Humidity:
%
⑤ Ash:
%
⑥ Ultimate composition:
% - Carbon (C)
% - Hydrogen (H)
% - Oxygen (O)
% - Nitrogen (N)
% - Sulfur(S)
① Calorific value:
?
:
kcal/m
3
② Gas cubic meter weight:
kg/m
3
③ Gas temperature:
°С
④ Ultimate composition:
% - Carbon monoxide (СО)
% - Carbon dioxide (СО2)
% - Hydrogen (H2)
% - Oxygen (O2)
% - Nitrogen (N2)
% - Methane (CH4)
% - Heavy hydrocarbon (СmHm)
% - Hydrogen sulphide (H2S)
① Calorific value:
kcal/kg
② Ash:
%
③ Lump size:
mm
④ Humidity:
%
① Fuel grade:
② Calorific value:
kcal/kg
③ Flash point:
°С
① Calorific value:
kcal/kg
② Ash:
%
③ Tap density:
kg/m
3
④ Humidity:
%
Fuel 2
① Grade:
② Calorific value:
kcal/kg
③ Lump size:
mm
④ Humidity:
%
⑤ Ash:
%
⑥ Ultimate composition:
% - Carbon (C)
% - Hydrogen (H)
% - Oxygen (O)
% - Nitrogen (N)
% - Sulfur(S)
① Calorific value:
?
:
kcal/m
3
② Gas cubic meter weight:
kg/m
3
③ Gas temperature:
°С
④ Ultimate composition:
% - Carbon monoxide (СО)
% - Carbon dioxide (СО2)
% - Hydrogen (H2)
% - Oxygen (O2)
% - Nitrogen (N2)
% - Methane (CH4)
% - Heavy hydrocarbon (СmHm)
% - Hydrogen sulphide (H2S)
① Calorific value:
kcal/kg
② Ash:
%
③ Lump size:
mm
④ Humidity:
%
① Fuel grade:
② Calorific value:
kcal/kg
③ Flash point:
°С
① Calorific value:
kcal/kg
② Ash:
%
③ Tap density:
kg/m
3
④ Humidity:
%
Contacts
① Company name:*
② Contact person:*
③ Telephone:*
④ Fax:
⑤ Email:*
⑥ Comments:
* - fields are to be filled.
Valve questionnaire
X
Please send us your request via this form or via email at:
✉ info@russol.org
General information
① Type:
Type
Medium parameters
High parameters
PRDS
② Subtype:
-
Shut-off valves
Gate valves
Check valves
Control valves
Safety valves
Pulse valves
Back flow valve
② Subtype:
-
Globe valves
Gate valves
Check valves
Control and throttle valves
Safety valves
Main safety valves
Throttle type globe valves
Pulse valves
Back flow valves
② Subtype:
-
Pressure-reducing and desuperheating stations
Fast-response pressure-reducing and desuperheating stations
Desuperheating stations
Pressure-reducing stations
③ Operating medium:
Steam
Water
④ DN:
Input:
mm
Output:
mm
⑤ Climatic modification
?
:
У (mild climate)
ХЛ (frigid climate)
УХЛ (boreal climate)
Т (tropical climate)
М (marine boreal climate)
О (general climatic modification, excepting marine climate)
ОМ (general marine climatic modification)
В (all-climates)
1 (outdoors)
2 (outdoors under cover)
3 (indoors without artificial climatic control)
4 (indoors with artificial climatic control (ventilation, heating)
5 (indoors with high humidity without artificial climatic control)
⑥ Leakage class
?
:
А
АА
В
С
СС
D
E
EE
F
G
⑦ Body material:
⑧ Quantity:
pcs.
⑨ Date of delivery:
Technical data
① Fluid temperature:
°С
② Input pressure:
MPa
③ Output pressure:
MPa
② PN:
MPa
③ Operating pressure:
MPa
④ Max. flow rate under min. pressure differential, Gмах:
t/h
⑤ Max. flow rate Gмах:
t/h
⑥ Min. pressure differential unde max. flow rate:
MPa
⑦ Max. pressure differential under min flow rate:
MPa
⑧ On-stream time under max. pressure differential:
h/year
④ Opening pressure:
MPa
⑤ Reverse-seat pressure:
MPa
① Main steam capacity:
t/h
② Desuperheated steam capacity:
t/h
③ Main steam pressure
MPa
④ Main steam temperature
°С
⑤ Desuperheated steam pressure
MPa
⑥ Desuperheated steam temperature
°С
⑦ Cooling water pressure
MPa
⑧ Cooling water temperature
°С
Привод
① Control type:
Manual
Actuator
② Actuator producer:
Russian
Other
③ Total opening (closing) time:
s
Pipeline
① Pipeline
Outer diameter:
mm
Wall thickness:
mm
② Type of connection:
Welded neck
Flanges
③ Additional requirements:
Contacts
① Company name:*
② Contact person:*
③ Telephone:*
④ Fax:
⑤ Email:*
⑥ Comments:
* - fields are to be filled.
Fans / Embodiment types
Embodiment types
Embodiment type No. 1 (running wheel on the motor shaft)
1 – Standard; 2 - common base; 3 - resiliently supported common base
Embodiment type No. 3 (running wheel on the running gear shaft)
1 – foundation; 2 – frame; 3 - common base; 4 - resiliently supported common base
Embodiment type No. 5 (V-belt transmission)