LDDS-032-C Technical Data

System Data

Parameter Symbol Unit LDDS-032-C
WidthWmm100 (without connectors)
166 (with connectors)
LengthLmm157 (without cover screw heads)
163 (with cover screw heads)
HeightHmm120
Total massmkg10.5
Moving massmmovkg1.4
Maximum payloadmkg3.5
Maximum strokesmm±5.5 (between limit positions)
±8.7 (between hard stops)
Maximum speedvmaxm/s0.6 (with max. payload)
1.1 (without max. payload)
Maximum accelerationamaxm/s²80 (with max. payload)
300 (without max. payload)

System Components

Parameter Symbol Unit LDDS-032-C
Encoder typeOptic incremental
Resolutionµm20
Reference mark1 (in the centre of measuring length)
Accuracy (at 3 sigma)µm±5
Repeat accuracyµm±2
InterfaceSinusoidal signal 1 Vpp (sin/cos)
Reference sensor type (S1)NC MOS relay
(max. 40 VDC at 0.1 A)
Limit sensor type (S2)NC MOS relay
(max. 40 VDC at 0.1 A)

Motor Data

Parameter Symbol Unit LDDS-032-C
Motor type2x L1B-3P-100x50 (linear motor with iron core)
Ultimate force (1 s) at IuFuN726
Peak force (saturation range) at IpFpN640
Peak force (linear range) at IplFplN478
Continuous force at IcFcN222
Cogging (ripple force)FrN24
Ultimate current (1 s)IuArms17.8
Peak current (saturation range, 3 s)IpArms14.2
Peak current (linear range)IplArms8.0
Continuous currentIcArms3.8
Power loss at FpPlpW910
Power loss at FplPlplW286
Power loss at FcPlcW62
Motor constant (25°C)kmN/√W20.0
Back EMF constant, phase to phasekuV/(m/s)49.1
Electrical resistance, phase to phase (25°C)R25Ω3.0
Electrical inductanceLmH21.65
Electrical time constantτelms7.23
Magnetic periodpmm38
Maximum winding temperatureϑ°C100
Maximum DC link voltageUDCLV600

Moving Direction of the Linear Direct Drive System

When the motor is powered according to the circuit diagram, the push-rod is moving into the housing.

Thermal Motor Protection

SensorSensor Type
Temperature sensor 1PTC (6x, serial connected)
Temperature sensor 2Pt1000 temperature sensor (1x)
DescriptionSpecification
PTC typeNominal switch temperature TN: 100°C
TN −5 K: RPTC < 550 Ω
TN +5 K: RPTC > 1.33 kΩ
Pt1000 typeTemperature run linear: 3.851 Ω/K
0°C: RPt1000 ≈ 1000 Ω

A safe electrical separation is not implemented in case of a direct connection of PTC or Pt1000 to the servo controller. The PTC is required to protect the motor against overtemperature. The Pt1000 temperature sensor provides temperature monitoring.

Motor Terminal Assignment

Connector type: 9 way M17 plug connector · Internal wye connection

PinSignal
1Phase U
2Phase V
3Phase W
PEPE
APTC (6x in series, all phases)
BPTC (6x in series, all phases)
C(empty)
D+ Temperature sensor (any phase)
E− Temperature sensor (any phase)
CaseShield

Measuring System

Connector type: 17 way M17 plug connector

PinSignal
1+5 V sense
2S1 (ref)
3(empty)
4GND sense
5S2 (LIM +/−)
6S1/S2 supply
7+5 V
8(empty)
9(empty)
10GND
11(empty)
12U2+
13U2−
14U0+
15U1+
16U1−
17U0−
CaseShield

If using cable lengths of 5 m or more, stress peaks can appear at the motor clamps because of harmonic waves and reflections. These can exceed the DC link voltage and may damage the motor winding insulation. In this case, additional filters must be used. For details, refer to the operating manual.

Drawing

LDDS-032-C dimensional drawing

Drawing: LDDS-032-C

ESC
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