MTS WS7M is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
MTS WS7M is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
MTS WS7M is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
*Temperature is based by material selection.
*Operating limits are based on PV factor.
MTS WS7M is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
*Temperature is based by material selection.
*Operating limits are based on PV factor.
MTS WS7 is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
MTS WS7 is a positively, driven wave spring seal, utilising crest to crest wave spring technology, offering excellent axial movement capabilities. Designed to suit DINCharacteristics
Unbalanced Mechanical Seal.
Independent of direction of rotation.
Operating Limits
p: <20 Bar ; V: <15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
MAK-TECH SEALS manufacture and stock several standard range seals to suit Wilo® E.M.U. Submersible pumps, as well as MTS 1640 and 1642 seals to replace the O.E.M. “EBU” enclosed-block seals.
The MAK-TECH SEALS MTS 1640is a direct replacement for the older-generation “EBS” O.E.M. seals. Newer pumps have a slightly modified seal installed, which is directly replaced by the MAK-TECH SEALS MTS 1642. Please check the outer dimensions of the seat housing for correct identification, utilising the table below, D3 dimension.
MTS 1640 is available as complete mechanical seal assemblies or in repair kit form. The kits comprise both stationary faces, with ’O’-Rings, central rotary with elastomer diaphragm, anti-rotation pins and springs for stationaries, and retaining pins for the collets. Specify .KIT as a suffix on the stock code.
MAK-TECH SEALS manufacture and stock several standard range seals to suit Wilo® E.M.U. Submersible pumps, as well as MTS 1640 and 1642 seals to replace the O.E.M. “EBU” enclosed-block seals.
The MAK-TECH SEALS MTS 1640is a direct replacement for the older-generation “EBS” O.E.M. seals. Newer pumps have a slightly modified seal installed, which is directly replaced by the MAK-TECH SEALS MTS 1642. Please check the outer dimensions of the seat housing for correct identification, utilising the table below, D3 dimension.
MTS 1640 is available as complete mechanical seal assemblies or in repair kit form. The kits comprise both stationary faces, with ’O’-Rings, central rotary with elastomer diaphragm, anti-rotation pins and springs for stationaries, and retaining pins for the collets. Specify .KIT as a suffix on the stock code.
MAK-TECH SEALS manufacture a wide range of differing elastomer diaphragm seals with ‘O’-Ring or boot mounted stationaries, to suit the specific dimensions required by various Idex® Viking® pumps, of which the MAK-TECH SEALS MTS V4 1.1/4” shaft size is a common example. Please contact us with O.E.M. details for cross reference and identification, for any other seal assembly required for this popular brand of pumps.
MAK-TECH SEALS manufacture a wide range of differing elastomer diaphragm seals with ‘O’-Ring or boot mounted stationaries, to suit the specific dimensions required by various Idex® Viking® pumps, of which the MAK-TECH SEALS MTS V4 1.1/4” shaft size is a common example. Please contact us with O.E.M. details for cross reference and identification, for any other seal assembly required for this popular brand of pumps.
Independent of direction of rotation Metric and inch sizes available Single cartridge seal Unbalanced
Technical Features
Comes with flush connection acc. to API 682, Plan 111 for seal chamber cleaning and cooling Economical cartridge solution
Fits into any installation space due to smallest outer diameter
No modifications of the pump's installation chamber necessary Straightforward and easy installation
Typical Industrial Applications
Water and waste water technology Sewage water
Cold and hot water Cooling fluids Beverages Circulating pumps
Water and waste water pumps
Materials
Seal face - Carbon graphite resin impregnated (B)
Silicon carbide (Q1)
Seat - Silicon carbide (Q1)
Secondary seals - FKM (V), EPDM (E) Metal parts - CrNiMo steel (G), CrNiMo cast steel (G)
Performance Capabilities
Shaft diameter - dN = 25 ... 75 mm (1"
... 2.625")
Pressure - p1 = 12 bar (174 PSI) Temperature - t = -20 ºC ... 140 ºC (-4ª F ... 284 ºF)
Sliding velocity - vg = 10 m/s (33 ft/s) Axial movement - ± 0.5 mm
Independent of direction of rotation Metric and inch sizes available Single cartridge seal Unbalanced
Technical Features
Comes with flush connection acc. to API 682, Plan 111 for seal chamber cleaning and cooling Economical cartridge solution
Fits into any installation space due to smallest outer diameter
No modifications of the pump's installation chamber necessary Straightforward and easy installation
Typical Industrial Applications
Water and waste water technology Sewage water
Cold and hot water Cooling fluids Beverages Circulating pumps
Water and waste water pumps
Materials
Seal face - Carbon graphite resin impregnated (B)
Silicon carbide (Q1)
Seat - Silicon carbide (Q1)
Secondary seals - FKM (V), EPDM (E) Metal parts - CrNiMo steel (G), CrNiMo cast steel (G)
Performance Capabilities
Shaft diameter - dN = 25 ... 75 mm (1"
... 2.625")
Pressure - p1 = 12 bar (174 PSI) Temperature - t = -20 ºC ... 140 ºC (-4ª F ... 284 ºF)
Sliding velocity - vg = 10 m/s (33 ft/s) Axial movement - ± 0.5 mm
Balanced
For shafts without a step Independent of direction of rotation Metal bellows rotating
Single seal
Technical Features
For extreme temperature ranges No dynamically loaded O-Ring Pumping screw for highly viscous media available
Short installation length possible
Typical Industrial Applications
Chemical industry Cold media
Highly viscous media Hot media
Power plant technology Refining technology
Performance Capabilities
Sizes - d1 = Upto 100 mm (Upto 4.000’’)
Externally pressurized -
p1 = … 25 bar (363 PSI)
Internally pressurized -
p1 <120 °C (248 °F) 10 bar (145 PSI)
p1 <220 °C (428 °F) 5 bar (72 PSI)
Temperature - t = -40 °C …+220 °C (-40 °F … 428) °F
Stationary seat lock necessary. Speed = 20 m/s (66 ft/s)
Materials
Seal face - Carbon graphite antimony impregnated (A), Silicon carbide (Q12) Seat - Silicon carbide (Q1)
Bellows - Inconel® 718 hardened (M6), Hastelloy® C-276 (M5)
Metal parts - CrNiMo steel (G), Duplex (G1),
Hastelloy® C-4 (M)
Balanced
For shafts without a step Independent of direction of rotation Metal bellows rotating
Single seal
Technical Features
For extreme temperature ranges No dynamically loaded O-Ring Pumping screw for highly viscous media available
Short installation length possible
Typical Industrial Applications
Chemical industry Cold media
Highly viscous media Hot media
Power plant technology Refining technology
Performance Capabilities
Sizes - d1 = Upto 100 mm (Upto 4.000’’)
Externally pressurized -
p1 = … 25 bar (363 PSI)
Internally pressurized -
p1 <120 °C (248 °F) 10 bar (145 PSI)
p1 <220 °C (428 °F) 5 bar (72 PSI)
Temperature - t = -40 °C …+220 °C (-40 °F … 428) °F
Stationary seat lock necessary. Speed = 20 m/s (66 ft/s)
Materials
Seal face - Carbon graphite antimony impregnated (A), Silicon carbide (Q12) Seat - Silicon carbide (Q1)
Bellows - Inconel® 718 hardened (M6), Hastelloy® C-276 (M5)
Metal parts - CrNiMo steel (G), Duplex (G1),
Hastelloy® C-4 (M)
Balanced
For shafts without a step Independent of direction of rotation Metal bellows rotating
Single Seal
Technical Features
For extreme high temperature ranges No dynamically loaded O-Ring Pumping screw for highly viscous media available
Self cleaning effect
Short installation length possible
Typical Industrial Applications
Chemical industry Highly viscous media Hot media
Power plant technology Refining technology
Materials
Seal face - Carbon graphite antimony impregnated (A), Silicon carbide (Q12) Seat - Silicon carbide (Q1)
Bellows - Inconel® 718 hardened (M6), Hastelloy® C-276 (M5)
Metal parts - CrNiMo steel (G), Duplex (G1),
Carpenter® 42 (T4), Hastelloy® C-4 (M)
Performance Capabilities
Sizes - d1 = Upto 150 mm (Upto 6.000’’)
Externally pressurized -
p1 = … 25 bar (363 PSI)
Internally pressurized -
p1 <120 °C (248 °F) 10 bar (145 PSI)
p1 <220 °C (428 °F) 5 bar (73 PSI)
p1 <400 °C (752 °F) 3 bar (44 PSI)
Stationary seat lock necessary Temperature - t = -40 °C .. +400 °C (-148 °F .. +752 °F)
Speed = 20 m/s (66 ft/s)
Balanced
For shafts without a step Independent of direction of rotation Metal bellows rotating
Single Seal
Technical Features
For extreme high temperature ranges No dynamically loaded O-Ring Pumping screw for highly viscous media available
Self cleaning effect
Short installation length possible
Typical Industrial Applications
Chemical industry Highly viscous media Hot media
Power plant technology Refining technology
Materials
Seal face - Carbon graphite antimony impregnated (A), Silicon carbide (Q12) Seat - Silicon carbide (Q1)
Bellows - Inconel® 718 hardened (M6), Hastelloy® C-276 (M5)
Metal parts - CrNiMo steel (G), Duplex (G1),
Carpenter® 42 (T4), Hastelloy® C-4 (M)
Performance Capabilities
Sizes - d1 = Upto 150 mm (Upto 6.000’’)
Externally pressurized -
p1 = … 25 bar (363 PSI)
Internally pressurized -
p1 <120 °C (248 °F) 10 bar (145 PSI)
p1 <220 °C (428 °F) 5 bar (73 PSI)
p1 <400 °C (752 °F) 3 bar (44 PSI)
Stationary seat lock necessary Temperature - t = -40 °C .. +400 °C (-148 °F .. +752 °F)
Speed = 20 m/s (66 ft/s)
Balanced
Dual seals in tandem as well as back-to- back arrangements also available Independent of direction of rotation Single seal
Stationary springs
Technical Features
Adjusts to shaft movements because of the stationary design
Balanced seal even with plain shafts No damage of the shaft by a dynamically loaded O-Ring
Operation in vacuum without additional seat locking possible
Safe operation
Small installation sizes
Spring unit isolated from the product so no sticking and clogging of the springs
Suitable for pressure reversals Suitable for solid containing and abrasive media
Typical Industrial Applications
Chemical industry
Dirty, abrasive and solid containing media Fugitive hydrocarbons
Refining technology Sticky and stringy media
Water and waste water technology Chemical standard pumps Sewage pumps
Materials
Seal face - Carbon graphite resin impregnated (B), Silicon carbide (Q1) Seat - Silicon carbide (Q1)
Secondary seals - FKM (V), NBR (P), FFKM
(K) , PTFE (T)
Springs - Hastelloy® C-4 (M) Metal parts - CrNiMo steel (G)
Performance Capabilities
Sizes - d = Upto 100 mm (Upto 4.000’’) Pressure - p1*) = 25 bar (363 PSI) Temperature - t = -40 °C .. +220 °C (-40
°F .. 428 °F)
Speed = 20 m/s (66 ft/s)
Permissible axial movement - ± 1.0 mm
Balanced
Dual seals in tandem as well as back-to- back arrangements also available Independent of direction of rotation Single seal
Stationary springs
Technical Features
Adjusts to shaft movements because of the stationary design
Balanced seal even with plain shafts No damage of the shaft by a dynamically loaded O-Ring
Operation in vacuum without additional seat locking possible
Safe operation
Small installation sizes
Spring unit isolated from the product so no sticking and clogging of the springs
Suitable for pressure reversals Suitable for solid containing and abrasive media
Typical Industrial Applications
Chemical industry
Dirty, abrasive and solid containing media Fugitive hydrocarbons
Refining technology Sticky and stringy media
Water and waste water technology Chemical standard pumps Sewage pumps
Materials
Seal face - Carbon graphite resin impregnated (B), Silicon carbide (Q1) Seat - Silicon carbide (Q1)
Secondary seals - FKM (V), NBR (P), FFKM
(K) , PTFE (T)
Springs - Hastelloy® C-4 (M) Metal parts - CrNiMo steel (G)
Performance Capabilities
Sizes - d = Upto 100 mm (Upto 4.000’’) Pressure - p1*) = 25 bar (363 PSI) Temperature - t = -40 °C .. +220 °C (-40
°F .. 428 °F)
Speed = 20 m/s (66 ft/s)
Permissible axial movement - ± 1.0 mm
The MAK-TECH SEALS Thermosiphon systems of the SBF6000 range meet all the requirements to supply mechanical seals in accordance with the API 682 guidelines. The vessels are equipped with all essential connections for fitting additional components. The range is available in two standard vessel sizes (shown: SBF6000) with dished heads; a version which can be dismantled is also available as an option. The modular system allows the SBF6000 vessels to be combined with a wide range of system components such as, level switch/transmitter, pressureswitch/transmitter, base frame, etc. Circulation in accordance with API 682 / ISO 21049: Plan 52, Plan 53AFunctional DescriptionThe SBFS system performs all the basic functions of a buffer/barrier system for the operation of double seals :
To pressurize the buffer chamber
Leakage compensation
Buffer/barrier fluid is circulated by thermosiphon effect
Or forced circulation system
To cool the seal
To selectively absorb product leakage and prevent dry
Running (tandem arrangement) Use compressed air or nitrogen for pressurization; pressurization is monitored by a pressure switch.
The incorporated level switch issues a signal whenever the level of buffer/barrier fluid is too low.
Typical Industrial Applications
Refining technology
Oil and gas industry
Chemical industry
Petrochemical industry
Technical Features
A version which can be dismantled is also available as an option: for optimum and simple cleaning of the vessel interior
Modular system: combination with a wide range of system components possible
Operating limits up to 50 bar / 200°C: suitable for a wide range of demanding operating conditions
Robust design with weld-pad type sight-glass for optimum visual level monitoring.
The MAK-TECH SEALS Thermosiphon systems of the SBF6000 range meet all the requirements to supply mechanical seals in accordance with the API 682 guidelines. The vessels are equipped with all essential connections for fitting additional components. The range is available in two standard vessel sizes (shown: SBF6000) with dished heads; a version which can be dismantled is also available as an option. The modular system allows the SBF6000 vessels to be combined with a wide range of system components such as, level switch/transmitter, pressureswitch/transmitter, base frame, etc. Circulation in accordance with API 682 / ISO 21049: Plan 52, Plan 53AFunctional DescriptionThe SBFS system performs all the basic functions of a buffer/barrier system for the operation of double seals :
To pressurize the buffer chamber
Leakage compensation
Buffer/barrier fluid is circulated by thermosiphon effect
Or forced circulation system
To cool the seal
To selectively absorb product leakage and prevent dry
Running (tandem arrangement) Use compressed air or nitrogen for pressurization; pressurization is monitored by a pressure switch.
The incorporated level switch issues a signal whenever the level of buffer/barrier fluid is too low.
Typical Industrial Applications
Refining technology
Oil and gas industry
Chemical industry
Petrochemical industry
Technical Features
A version which can be dismantled is also available as an option: for optimum and simple cleaning of the vessel interior
Modular system: combination with a wide range of system components possible
Operating limits up to 50 bar / 200°C: suitable for a wide range of demanding operating conditions
Robust design with weld-pad type sight-glass for optimum visual level monitoring.
Number Of FlowerMechanical Pump Seal, Mechanical Seals
MaterialStainless Steel
ShapeRound
Country of OriginIndia
Brand NameMAK-TECH SEALS
UsageIndustrial
ShapeRound
MaterialStainless Steel
ApplicationPump Use
GradeSS316
Temperature Range75-100 Degree C
Spring TypeDouble
Product NameMechanical Seals
Pack TypeSETS
FinishPolished
Dual seal
For plain shafts
Independent of direction of rotation Rotating multiple springs
Seal concept based on the S70 range Unbalanced
Variant with pumping screw available (S74F-D)
Technical Features
Flexibility in torque transmissions
1 Pumping screw for media with higher
viscosity also possible Self cleaning effect
Short installation length also possible Suitable for media with low solids contents
Versatile application possibilities
EN 12756 (For connection dimensions d1 upto 100 mm )
Typical Industrial Applications
Adhesives Chemical industry
Low solids content and low abrasive media
Media with poor lubrication properties Process industry
Toxic and hazardous media Chemical standard pumps
Dual seal
For plain shafts
Independent of direction of rotation Rotating multiple springs
Seal concept based on the S70 range Unbalanced
Variant with pumping screw available (S74F-D)
Technical Features
Flexibility in torque transmissions
1 Pumping screw for media with higher
viscosity also possible Self cleaning effect
Short installation length also possible Suitable for media with low solids contents
Versatile application possibilities
EN 12756 (For connection dimensions d1 upto 100 mm )
Typical Industrial Applications
Adhesives Chemical industry
Low solids content and low abrasive media
Media with poor lubrication properties Process industry
Toxic and hazardous media Chemical standard pumps
Size : 0-3inch, 100-150mm
Number Of Flower : Mechanical Pump Seal, Mechanical Seals
Cartridge unit
For top entry drives, type S184 to
DIN Independent of direction of rotation Liquid-lubricated
Multiple springs rotating Single or double seals Unbalanced
Technical Features
Available with or without floating bearing
Double seals can be applied at higher pressure
Ready-to-fit and factory-tested units Suitable for standardizations
Typical Industrial Applications
Agitators Chemical industry
Non-toxic media with single seal Pharmaceutical industry Reactors
Toxic media with double seal
Performance Capabilities
DIN 28138 T2
Sizes - d3 = Upto 220 mm (Upto
8.625’’)
Single seals -
Pressure - p1 = vacuum ... 6 bar (87 PSI),
p3 = pressureless
Temperature - t1* = -40 °C ... +150
(250) °C
(-40 °F ... +302 (482) °F)
Double seals -
Pressure - p1 = vacuum ... 16 bar (232 PSI),
p3 = max. 18 bar (261 PSI)
Temperature - t1* = -40 °C ... +200
(350) °C
(-40 °F ... +392 (662) °F)
Speed = 0 ... 5 m/s (0 ... 16 ft/s)
Standards
FDA
DIN 28136 T2 (for steel vessels)
DIN 28141 (flange connection for steel vessels)
DIN 28154 (shaft end for steel vessels)
Cartridge unit
For top entry drives, type S184 to
DIN Independent of direction of rotation Liquid-lubricated
Multiple springs rotating Single or double seals Unbalanced
Technical Features
Available with or without floating bearing
Double seals can be applied at higher pressure
Ready-to-fit and factory-tested units Suitable for standardizations
Typical Industrial Applications
Agitators Chemical industry
Non-toxic media with single seal Pharmaceutical industry Reactors
Toxic media with double seal
Performance Capabilities
DIN 28138 T2
Sizes - d3 = Upto 220 mm (Upto
8.625’’)
Single seals -
Pressure - p1 = vacuum ... 6 bar (87 PSI),
p3 = pressureless
Temperature - t1* = -40 °C ... +150
(250) °C
(-40 °F ... +302 (482) °F)
Double seals -
Pressure - p1 = vacuum ... 16 bar (232 PSI),
p3 = max. 18 bar (261 PSI)
Temperature - t1* = -40 °C ... +200
(350) °C
(-40 °F ... +392 (662) °F)
Speed = 0 ... 5 m/s (0 ... 16 ft/s)
Standards
FDA
DIN 28136 T2 (for steel vessels)
DIN 28141 (flange connection for steel vessels)
DIN 28154 (shaft end for steel vessels)
Cartridge unit
Double seal, single seal on request For glass-lined vessels, acc. to DIN 28138 T2
For top entry drives
ndependent of direction of rotation Multiple springs rotating Unbalanced
Available with or without floating
Technical Features
bearing
Double seals can be applied at higher pressure and rotating speed
Ready-to-fit and factory-tested unit Suitable for standardizations
Typical Industrial Applications
Chemical industry
Non-toxic media with single seal Pharmaceutical industry
Toxic media with double seal Agitators
Reactors
Materials : According to application and customer's specification.Performance Capabilities
Sizes: d3 = Upto 160 mm (Upto 6.500’’)
Pressure: p1 = vacuum ... 16 bar (232 PSI),
p3 = max. 18 bar (261 PSI) Temperature: t1 = -40 °C ... +200 (250) °C (-40 °F ... +392 (482) °F)
Speed = 0 ... 5 m/s (0 ... 16 ft/s)
Cartridge unit
Double seal, single seal on request For glass-lined vessels, acc. to DIN 28138 T2
For top entry drives
ndependent of direction of rotation Multiple springs rotating Unbalanced
Available with or without floating
Technical Features
bearing
Double seals can be applied at higher pressure and rotating speed
Ready-to-fit and factory-tested unit Suitable for standardizations
Typical Industrial Applications
Chemical industry
Non-toxic media with single seal Pharmaceutical industry
Toxic media with double seal Agitators
Reactors
Materials : According to application and customer's specification.Performance Capabilities
Sizes: d3 = Upto 160 mm (Upto 6.500’’)
Pressure: p1 = vacuum ... 16 bar (232 PSI),
p3 = max. 18 bar (261 PSI) Temperature: t1 = -40 °C ... +200 (250) °C (-40 °F ... +392 (482) °F)
Speed = 0 ... 5 m/s (0 ... 16 ft/s)
Parallel spring, rubber diaphragm seals to full DIN dimensions, L1K-length.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
t: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Parallel spring, rubber diaphragm seals to full DIN dimensions, L1K-length.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
t: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Parallel spring, rubber diaphragm seals designed to comply with DIN dimensions, L1K-length.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 10 Bar ; V: 15 m/s
T: -20 / +120ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Parallel spring, rubber diaphragm seals designed to comply with DIN dimensions, L1K-length.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 10 Bar ; V: 15 m/s
T: -20 / +120ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal. Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal. Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Parallel spring, rubber diaphragm seals to full ANSI compability, through incorporating a narrow profile seal design. MTS RD11N incorporates an elastomer resiliently mounted ring face.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Parallel spring, rubber diaphragm seals to full ANSI compability, through incorporating a narrow profile seal design. MTS RD11N incorporates an elastomer resiliently mounted ring face.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal. Parallel spring, rubber diaphragm seals to common standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal. Parallel spring, rubber diaphragm seals to common standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal Parallel spring, rubber diaphragm seals to common American standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +120ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal Parallel spring, rubber diaphragm seals to common American standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +120ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal, Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal, Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal, Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Highly proficient and widely utilised mechanical seal, Parallel spring, rubber diaphragm seals to common industry standard dimensions.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Robust, general purpose, parallel spring seal to suit standard metric and imperial housing dimensions that are mainly found in the marine and textile industries.Characteristics
Unbalanced Mechanical Seal.
Independent on direction of rotation.
Operating Limits
p: 14 Bar ; V: 15 m/s
T: -20 / +180ºC
Temperature is based by material selection.
Operating limits are based on PV factor.
Established in year 1988, Mak-Tech Seals is Wholesaler of [Industrial & Oil Seals] - Mechanical Seals, CS2 Conical Spring Seals, CS2DIN/CS26 Conical Spring Seals, CS3 Conical Spring Seals, CS3DIN Conical Spring Seals, [Automobile Components & Fittings] - SBF6000 Supply Systems & Components and other products such as M6/M9 Stationary Parts, M1DINS/M1DIN Stationary Parts, M4/M13/M/MDIN Stationary Parts, M21/M31 Stationary Parts, M32 Stationary Parts from Mumbai, Maharashtra.