Product name：Iron core linear motor with water cooling can be customized applied to machine tool
Specifications
Mover Spec.：LSMF110205C
|
PERFORMANCE PARAMETERS
|
Symbol
|
Units
|
|
Continuous Force (Tmax）
|
Fc
|
N
|
340
|
Peak Force
|
Fp
|
N
|
680
|
Motor Constant (25℃)
|
Km25
|
N/Sqrt(W)
|
30.6
|
Max.Continuous Power Dissipation
|
Pc
|
W
|
170
|
Continuous Current (Tmax）
|
Ic
|
Arms
|
5.0
|
Peak Current (1S)
|
Ip
|
Arms
|
10.0
|
Force Constant (25℃，±5%）
|
Kf
|
N/Arms
|
68.0
|
Back EMF Constant (25℃，±5%）
|
Ke
|
Vrms/m/s
|
22.0
|
Electrical Resistance(25℃，±5%）P-P
|
R
|
Ω
|
3.3
|
Inductance(25℃，±20%）P-P
|
L
|
mH
|
15.0
|
Max Coil Temperature
|
Tmax
|
℃
|
120
|
Polar Distance (N-N) (360℃ Electrical cycle)
|
2τ
|
mm
|
48.0
|
Minimum flow of cold water
|
Wmin
|
L/min
|
3.0
|
Temperature difference between inlet and outlet
|
△T
|
℃
|
7.0
|
Pressure drop (stator loop series)
|
△P
|
Bar
|
3.0
|
Magnetic Attraction
|
Fa
|
kN
|
2.2
|
Max.DC Bus Voltage
|
Ubus
|
V
|
600
|
Vmax,Fc@Vbus=310Vdc
|
|
m/s
|
8.9
|
Vmax,Fp@Vbus=310Vdc
|
|
m/s
|
7.9
|
Vmax,0@Vbus=310Vdc
|
|
m/s
|
9.6
|
Vmax,Fc@Vbus=537Vdc
|
|
m/s
|
5.6
|
Vmax,Fp@Vbus=537Vdc
|
|
m/s
|
4.8
|
Vmax,0@Vbus=537Vdc
|
|
m/s
|
6.2
|
Mover Mass
|
Mp
|
Kg
|
2.8
|
Stator Mass within unit length
|
Ms
|
Kg/m
|
5.6
|
Dimension
Mover Length
|
Mover model
|
Mover length L
|
M
|
Mover mounting hole A
|
LSMF110205C
|
224
|
2
|
6
|
Remarks: 1. Standard cable length is 6m, maximum outer diameter(d) of motor cable is d= 11.5mm, minimum bending radius within chain is 86.3mm, the length can be customized if there are special requirements.
2. Optional temperature sensor.
Stator Length
|
Stator model
|
Stator length TL
|
N
|
Stator mounting hole B
|
LSMF1218A
|
268
|
7
|
16
|
Suitable for any mover of this series.
Application Case：CNC Machine Tool
Industry Applications:
Packaging & Delivery:
Packaging Details.: plywood packing
Port.: Shenzhen ( Sea / Air shipping, TNT, UPS, FedEx and DHL ect.)
Leading time: According to the order quantity, 10 days for the small order and 20 days for the bulk order
