Ts Fbmt Auto Cooling Pump Seal

• Structure: Single End
• Pressure: Medium Pressure Mechanical Seals
• Speed: General Speed Mechanical Seal
• Temperature: Temperature Mechanical Seal
• Performance: Temperature
• Standard: Standard
• Model NO.: TS FBMT
• Type: Ts Fbmt
• Balance: Unbalanced
• Rotary Ring: Ceramic/Sic
• Stationary Ring: Plastic Carbon/Carbon/Sic
• Spring: SUS304/SUS316
• Bellows: NBR/EPDM/HNBR/Viton
• Transport Package: Carton
• Specification: 12mm to 15mm
• Trademark: Trisun
• Origin: China
• HS Code: 84842000
• Production Capacity: 1000000/Year

Product Description

Operating Limits:
Pressure:   ≤0.3MPa
Rotary Speed:   ≤9000r/min
Temperature:   -30ºC~+150ºC
Medium: Clean water, seawater, 
gas engine antifreeze
 
Rotary Ring (Ceramic/SiC)
Stationary Ring (Plastic Carbon/Carbon/SiC)
Spring (SUS304/SUS316)
Stationary Seat (SUS304/SUS316/Red Cooper)
Drive Ring A (SUS304/SUS316)
Drive Ring B (SUS304/SUS316)
Bellows (nbr/EPDM/HNBR/VITON)
Cup Gasket (NBR/EPDM/HNBR/VITON)
Axial Pipe (SUS304/SUS316)
 

Model	d1 (mm)	d2	d3	d7	l1	l2	l4
TSFBMT-12	12	30	35	26.5	17.6	9.6	8
TSFBMT-12A	12	30	34	26.5	16.9	9.3	7.6
TSFBMT-15	15	36.5	40	31.2	18.5	10.5	8
TSFBMT-15A	15	36.5	42	31.2	18	10	8
Model	d1 (inches)	d2	d3	d7	l1	l2	l4
TSFBMT-5/8"	15.875	36.5	40	31.2	18.5	10.5	8
TSFBMT-5/8"A	15.875	36.5	42	31.2	18	10	8

Operating Limits:
Pressure:   ≤0.3MPa
Rotary Speed:   ≤9000r/min
Temperature:   -30ºC~+150ºC
Medium: Clean water, seawater, 
gas engine antifreeze
 
Rotary Ring (Ceramic/SiC)
Stationary Ring (Plastic Carbon/Carbon/SiC)
Spring (SUS304/SUS316)
Stationary Seat (SUS304/SUS316/Red Cooper)
Drive Ring A (SUS304/SUS316)
Drive Ring B (SUS304/SUS316)
Bellows (nbr/EPDM/HNBR/VITON)
Cup Gasket (NBR/EPDM/HNBR/VITON)
Axial Pipe (SUS304/SUS316)
 

Model	d1 (mm)	d2	d3	d7	l1	l2	l4
TSFBMT-12	12	30	35	26.5	17.6	9.6	8
TSFBMT-12A	12	30	34	26.5	16.9	9.3	7.6
TSFBMT-15	15	36.5	40	31.2	18.5	10.5	8
TSFBMT-15A	15	36.5	42	31.2	18	10	8
Model	d1 (inches)	d2	d3	d7	l1	l2	l4
TSFBMT-5/8"	15.875	36.5	40	31.2	18.5	10.5	8
TSFBMT-5/8"A	15.875	36.5	42	31.2	18	10	8