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Specifications
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PCD
Pump
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Guide
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Table 5:
PCD3 Specifications
Specification
PCD3
22293093-1004
PCD3L
22293093-1002
PCD3H
22293093-1003, 22293121
Dimensions (height, SQ, diameter)
Also see
Additional Dimensions
(pg 28)
207.56, SQ 29x29, ø 34.80 mm
(8.176”, SQ 1.142”x1.142”, ø 1.3”)
208.28, SQ 29x29, ø 34.80 mm
(8.176”, SQ 1.142”x1.142”,
ø
1.3”)
220.73, SQ 29x29, ø 34.80 mm
(8.176”, SQ 1.142”x1.142”,
ø
1.3”)
Weight
approx. 380 g (0.8 lb)
approx. 556 g (1.2 lb)
approx. 451 g (1.0 lb)
Dispensing volume
≈
0.012 ml/rotation
Theoretical flow rate per minute **
0.12 to 1.48 ml/min
Minimum dispensing amount ml
0.001 ml
0.0005 ml
Priming volume
≈
3 cc
≈
1.5 cc
Dispensing precision *
±1%
Repeat accuracy
>99%
Minimum operating pressure
0 bar (0 psi), with self-leveling liquid
Maximum operating pressure
0-6 bar (0-87 psi), with non-self-leveling liquid
Maximum dispensing pressure ***
16-20 bar (232-290 psi)
Self-sealing *
approx. 2 bar (29 psi)
Maximum viscosity‡
60,000 cps
Parts touched by medium
HD-POM, Stainless steel, Anodized Aluminum
Sealings
High-molecular PE, VisChem
Sealings static
O-ring Viton
Motor
18 - 24 VDC
24 VDC
Motor rotating speed, per minute
0-120 rpm
Operating ambient conditions
°
C
+10 to +40 non-condensing, air pressure 1 bar (14.5 psi)
Medium temperature
°
C
+10 to +40
Storage conditions/temp.
°
C
dry and dust free, -10 to +40
Cable dimensions
O.D.: 9.423 mm (0.371”). Length: 250 mm (10”), extension cable available
Cable flexibility
High flex cable; flex cycles 5 million minimum. Bending radius -min: 5 x d, opt: 10 x d
Cable features
Max voltage 600V. Copper 22AWG. 6 cores of TPE-E. Black jacket of FHF, PUR. Connector at each end.
* Reference medium approx. 1.000 mPas at 20 ° C. Maximum dispensing pressure and self-sealing
decrease with decreasing viscosity and increase with increasing viscosity.
** Volume flow dependent on viscosity and primary pressure.
*** Maximum dispensing pressure and self-sealing decrease with decreasing viscosity and increase with increasing viscosity.
‡Higher viscosity may be possible based on nozzle size and flow rate.
