PDU2 Profile Driven Unit
Motion Without Limits
®
Service Interval Calculations After extended service, slight play in the carriage may develop. This can be corrected by readjusting the carriage. Adjustment is quick and simple and may be repeated. Adjustment instructions will be supplied with units.
Bishop-Wisecarver Corporation: Manufacturer of the original DualVee® guide wheel and industry leader in guided motion technology, and exclusive North and Central American partner and distributor for HepcoMotion products since 1984.
Bishop-Wisecarver L1
L2
MS
MV
M
500N
500N
5Nm
14Nm
14Nm
LF =
L1(max)
+
Service Interval(km) =
L2 L2(max)
+
MS MS(max)
+
MV(max)
+
M M(max)
L2
SRX-150 Linear Motion System MV
PDU2
L2400
R
T C
HepcoMotion®
PDU2 = product range
DAPDU2 Double Acting Profile Driven Unit
L2400 = beam length in mm (max 6000)*
*Note that stroke length is 175mm shorter. **Units with plain beams will be supplied with 4xM5 tapped holes in pattern “A” (see inside) unless alternative mounting is specified.
DLS Driven Linear System
R = right handed shaft L = left handed shaft D = double shaft
DTS Driven Track System GV3 Linear Guidance and Transmission System
T = beam with T slots P = beam without T slots**
HDCB Heavy Duty Compact Beam HDCS Heavy Duty Compact Screw
C = corrosion resistant option
Technical Specifications
HDLS Heavy Duty Driven Linear System HDRT Heavy Duty Ring Slides and Track System
Parameter Pulley radius
r
(cm)
1.53
HDS Heavy Duty Slide System
Max linear force
Fmax
(N)
280
MHD Heavy Duty Track Roller Guidance System
Linear move/shaft rev
(mm)
Weight of whole T slot beam unit
(kg)
0.0022xL+1.4
Weight of whole plain beam unit
(kg)
0.0035xL+1.4
96
0.48
Mass of carriage
Mc
(kg)
Mass of belt
Mb
(kg/m)
Drive efficiency
η∆
(-)
0.9
Break away friction
Fba
(N)
8N
Coefficient of friction
µ
(-)
0.02
Moment of inertia of pulley
lp
(kgcm2)
0.14
T slot beam moment of inertia
lx-x
(mm4)
1.6 x 105
T slot beam moment of inertia
ly-y
(mm4)
3.5 x 105
Plain beam moment of inertia
lx-x
(mm4)
2.2 x 105
Plain beam moment of inertia
ly-y
(mm4)
5.8 x 105
Bumper impact energy
Compact Linear Transmission
UtiliTrak® Linear Motion Guide
®
Service Interval Calculations After extended service, slight play in the carriage may develop. This can be corrected by readjusting the carriage. Adjustment is quick and simple and may be repeated. Adjustment instructions will be supplied with units.
Bishop-Wisecarver Corporation: Manufacturer of the original DualVee® guide wheel and industry leader in guided motion technology, and exclusive North and Central American partner and distributor for HepcoMotion products since 1984.
Bishop-Wisecarver L1
L2
MS
MV
M
500N
500N
5Nm
14Nm
14Nm
LF =
L1(max)
+
Service Interval(km) =
L2 L2(max)
+
MS MS(max)
+
MV(max)
+
M M(max)
L2
SRX-150 Linear Motion System MV
PDU2
L2400
R
T C
HepcoMotion®
PDU2 = product range
DAPDU2 Double Acting Profile Driven Unit
L2400 = beam length in mm (max 6000)*
*Note that stroke length is 175mm shorter. **Units with plain beams will be supplied with 4xM5 tapped holes in pattern “A” (see inside) unless alternative mounting is specified.
DLS Driven Linear System
R = right handed shaft L = left handed shaft D = double shaft
DTS Driven Track System GV3 Linear Guidance and Transmission System
T = beam with T slots P = beam without T slots**
HDCB Heavy Duty Compact Beam HDCS Heavy Duty Compact Screw
C = corrosion resistant option
Technical Specifications
HDLS Heavy Duty Driven Linear System HDRT Heavy Duty Ring Slides and Track System
Parameter Pulley radius
r
(cm)
1.53
HDS Heavy Duty Slide System
Max linear force
Fmax
(N)
280
MHD Heavy Duty Track Roller Guidance System
Linear move/shaft rev
(mm)
Weight of whole T slot beam unit
(kg)
0.0022xL+1.4
Weight of whole plain beam unit
(kg)
0.0035xL+1.4
96
0.48
Mass of carriage
Mc
(kg)
Mass of belt
Mb
(kg/m)
Drive efficiency
η∆
(-)
0.9
Break away friction
Fba
(N)
8N
Coefficient of friction
µ
(-)
0.02
Moment of inertia of pulley
lp
(kgcm2)
0.14
T slot beam moment of inertia
lx-x
(mm4)
1.6 x 105
T slot beam moment of inertia
ly-y
(mm4)
3.5 x 105
Plain beam moment of inertia
lx-x
(mm4)
2.2 x 105
Plain beam moment of inertia
ly-y
(mm4)
5.8 x 105
Bumper impact energy
Compact Linear Transmission
UtiliTrak® Linear Motion Guide
