TS8100-PC-PUMP-USER-GUIDE.pdf - 第5页

16 ITEM  NO.  PART  NUMBER  DESCRIPTION  QTY.  1  7509 ‐ 0070  FLEX,  COUPLING  1  2  7509 ‐ 0120  ROTOR,2. 5  PITCH  1  3  7509 ‐ 0100  MOTOR  MOUNT  PLATE  1  4  7509 ‐ 0140  STATOR  HOUS ING …

Figure 1.0

Figure 2.0

2. DIMENSIONS AND TYPICAL SETUP

9. STANDARD ACCESORIES:

10. OPTIONAL ACCESORIES:

PARTNUMBER DESCRIPTION

8100‐CLEANKIT CLEANINGKIT

8100‐SYBRACKET SYRINGEBRACKETKIT

8100‐MBRACKET MOUNTINGBRACKET

TSD931‐96 FEMALELUERWITH1/8NPTTHREAD

TSD931‐82B MALEADAPTERLUERLOCK,BLACKNYLON

TSD931‐81B ELBOW90°LUERLOCK,BLACK‐NYLON

PART NUMBER DESCRIPTION

TN00DKIT Complete Dispensing Tip Kit

9000-000-112 Sample Tip Kit

7105XCON Conditioning Cream, 10cc

7305XCON Conditioning Cream, 30cc

71003RHB 10cc Receiver Head, 3ft (0.9M)

73003RHB 30cc Receiver Head, 3ft (0.9M)

ITEM

NO.

PART

NUMBER

DESCRIPTION QTY.

1 7509‐0070 FLEX,COUPLING 1

2 7509‐0120 ROTOR,2.5PITCH 1

3 7509‐0100 MOTORMOUNTPLATE 1

4 7509‐0140 STATORHOUSING 1

5 2800‐0836SETSCREW,M2.5X3MMLG, 1

6 2800‐0903 M3X6SSSETSCREW 1

7 7509‐0160 STATOR 1

8 3300‐0586 SEAL 1

9 3300‐0595 DOWELPIN1.5X5MM 1

10 2800‐0901 M3X6MMFLATHEADPHILIP 3

11 2800‐0897 M2.5X14MMSHCSCREW 4

12 2800‐0898 WASHER,SEAL 1

13 2800‐0899 THUMBSCREW 1

14 2600‐0185 MOTOR 1

15 7509‐0340 MOTOR,COVER 1

16 7509‐9110 CABLEASSY,SERIES100PCPUMP 1

17 2800‐0900 #4x1/4FLTHDSCREW 3

21 2800‐0917 WASHER#4 4

22 2800‐0295 WASHER,M2.5LOCK,MEDIUM,SS 4

23 7509‐0090 LOCKNUT 1

24 7509‐0130 STATORCAPBOTTOM 1

25 7090‐0030 NEEDLELOCKINGCAP 1

Figure 3.0

3. UNPACKING AND INSPECTION

Carefully unpack the pump and examine the items contained in the carton.

ITEM

NO.

PARTNUMBER DESCRIPTION QTY.

1 7509‐9030 PCPUMP(withoutStator) 1

2 8100‐CLEANKIT Cleaningkit 1

3 8100‐SYBRACKET SYRINGEBRACKETKIT 1

4 8100‐MBRACKET MOUNTINGBRACKET 1

5 A0100488‐2 700SERIES,30ccRECEIVERHEAD 1

6 8100‐100‐002 STATOR 1

7 N/A FITTINGKIT:Includes3fittingsbelow 1

 TSD931‐96 FEMALELUERWITH1/8NPTTHREAD 1

 TSD931‐82B MALEADAPTERLUERLOCK,BLACKNYLON 1

 TSD931‐81B ELBOW90°LUERLOCK,BLACK‐NYLON 1

8 9000‐000‐100 SAMPLENEEDLEKITFORVALVES 1

9 N/A CAP/NUTKIT:Includes3nutandcapsbelow 1



7509‐0090 RETAINERNUT 1



7509‐0130 STATORCAPBOTTOM 1



7090‐0030 NEEDLECAP 1

10 INSTRUCTIONPACKET

Inspect the unit for any damaged which may have occurred in transit. If such damage has

occurred, notify the carrier at once. Claim for damage must be made by the consignee to

the carrier, and should be reported to the manufacturer.

Figure 4.0

4. DESCRIPTION

The TS8100 series Positive Displacement Pump is a continuously volumetric dispense

pump based on the Progressive Cavity (PC) technology. The pump is designed to

dispense a wide range of fluids, from low viscosity coatings to high viscosity greases.

The many advantages of PC technology will simplify your dispense process and

improve reliability and quality in the long run.

The TS8100 series PC pump provides a consistent dispensing output due to a special

design of seal cavities in the fluid chamber which created a volumetric fluid flow. Two

main components are the stator and rotor. The metal rotor seals tightly against the

flexible rubber stator as it rotates, forming tightly sealed cavities which move toward

to the pump outlet, carrying the fluid. The pumped fluid does not change in shape or

size during the dispense process. Accuracy and repeatability rate of +/- 1% is

achievable.

5. THEORY OF OPERATION

The TS8100 Series Positive Displacement pump dispenses fluid with a positive

displacement action using a progressive cavity technology. Fluid is held in a feed

reservoir (2) under a positive head of air pressure, up to 30 psi (2.07bar), depending

upon the viscosity of the fluid. This positive air pressure, supplied by the air line (1),

forces the fluid out of the barrel (2) into the fluid feed path (3) then to the rotor/stator

chamber assembly (4). Fluid flows from this point (4) to the dispense tip outlet and is

controlled by the rotor rotation in the feed direction. The rotor is driven by the encoder

DC motor (5). Applying a voltage signal to the motor (5), will rotate the rotor and the

fluid will be forced out the dispense tip. The actual fluid deposited is dependent upon

adhesion of the dispensed fluid to the substrate. Shearing of the fluid is achieved by

reverse Z-motion (tip retraction). When the motor stops, the unit remains in position

for a fraction of a second (dwell) to allow the last drop of fluid to flow out of the

dispense tip. After the dwell period, the automation equipment moves the pump to the

next position.

8. SPARE PARTS:

Figure 15.0