LXM23DU10M3X motion servo drive - Lexium 23 - single phase V - 1 kw - I/O

Transcription

1 Characteristics motion servo drive - Lexium 23 - single phase V - 1 kw - I/O Main Range of product Product or component type Device short name Complementary Format of the drive Network number of phases [Us] rated supply voltage Supply voltage limits Jul 2, 2018 Lexium 23 Plus Motion servo drive LXM23 Book 3 phases Single phase 220 V ( %) single phase 220 V ( %) 3 phases V single phase V 3 phases Supply frequency 50/60 Hz ( %) Network frequency limits Continuous output current Continuous power Nominal power Leakage current Output voltage Electrical isolation Hz 7.3 A 1000 W at 220 V 1 kw at 220 V > 3.5 ma <= power supply voltage Between power and control Type of cable Twisted shielded pairs cable (single or double) at C Electrical connection Tightening torque Discrete input number Discrete input type Discrete input voltage Terminal 1.3 mm² / AWG 16 (L1-L2) Terminal 2.1 mm² / AWG 14 (R, S, T) Terminal 2.1 mm² / AWG 14 (PA/+, PBe) Terminal 0.82 mm² / AWG 16 (U, V, W) 1.4 N.m (PE (ground)) 8 programmable Programmable (CN1) V DC logic 1 Disclaimer: This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications

2 Discrete input logic Discrete output number 5 Discrete output type Discrete output voltage Discrete output logic Analogue input number 2 Positive or negative logic (CN1) (CN1) logic output V DC V DC Absolute accuracy error 0.01 % Analogue input type Control signal type Protection type Communication interface Connector type Method of access Physical interface Transmission rate Status LED Signalling function Marking Type of cooling Operating position Width Height Depth Product weight Positive or negative logic (CN1) Voltage analog input (T_REF) V input impedance: 10 kohm Voltage analog input (V_REF) V input impedance: 10 kohm Servo motor encoder feedback Overcurrent for motor Overvoltage for motor Undervoltage for motor Overheating for motor Overload for motor Overspeed for motor Abnormal pulse control command for drive Against reverse polarity for inputs signal Against short-circuits for outputs signal Integrated Modbus RJ45 (CN3) for Modbus Slave 2-wire RS485 multidrop for Modbus Configurable 1 LED function: charge LED Servo status and fault codes for five 7-segment display units CE Integrated fan Vertical 85 mm 162 mm 180 mm 2.2 kg Environment EMC filter Without EMC filter Electromagnetic compatibility EMC immunity with additional EMC filter conforming to EN/IEC environments 1 and 2 EMC immunity (level 3) conforming to EN/IEC EMC immunity (level 3) conforming to EN/IEC EMC immunity (level 3) conforming to EN/IEC EMC immunity (level 4) conforming to EN/IEC Conducted and radiated emissions with additional EMC filter conforming to EN/IEC environments 1 and 2 category C2, C3 Standards EN/IEC Product certifications IP degree of protection C-Tick CULus 508 IP20 for on upper part without protective cover IP41 for on upper part with protective cover Vibration resistance mm peak to peak (f = Hz) conforming to IEC gn (f = Hz) conforming to IEC Shock resistance 15 gn for 11 ms conforming to IEC Relative humidity Class 3K3 (5 to 85 %) without condensation or dripping water conforming to IEC Ambient air temperature for operation Ambient air temperature for storage C Operating altitude C conforming to UL > m with continuous power derating of 1 % per 100 m <= 1000 m without derating 2

3 Offer Sustainability Sustainable offer status RoHS (date code: YYWW) REACh Product end of life instructions Green Premium product Compliant - since Schneider Electric declaration of conformity Schneider Electric declaration of conformity Reference not containing SVHC above the threshold Reference not containing SVHC above the threshold Available Contractual warranty Warranty period 18 months 3

4 Dimensions Drawings Dimensions 4

5 Mounting and Clearance Mounting Recommendations Mount the device in a vertical position (±10 ). This is required for cooling the device. Clearance Many Devices in a cabinet A 100 mm ( 4 in.) B 80 mm ( 3.2 in.) C 40 mm ( 1.6 in.) D 10 mm ( 0.4 in.) Free space above/below devices Free space between devices Free space between devices and cabinet Free space between devices 5

6 One Device in a cabinet E 50 mm ( 2 in.) F 20 mm ( 0.8 in.) Free space above/below the device Free space between device and cabinet 6

7 Connections and Schema Position Control Mode Wiring Diagram (Pulse Control) KM1 Line Contactor Q1 Circuit breaker (1) AC 220 / 230 V Single Phase or Three Phase 50 / 60 Hz (2) Pulse Input (Line Driver) (3) High-Speed Pulse Input (Line Receiver) (4) External Braking Resistor (5) Power Supply (6) Holding Brake (7) Encoder (8) Encoder Pulse Output (9) Only LXM23A models (10) Digital inputs (11) Digital outputs 7

8 Connections and Schema Position Control Mode Wiring Diagram (Build-In Motion Sequence) KM1 Line Contactor Q1 Circuit breaker (1) AC 220 / 230 V Single Phase or Three Phase 50 / 60 Hz (2) External Braking Resistor (3) Power Supply (4) Holding Brake (5) Encoder (6) Encoder Pulse Output (7) Only LXM23A models (8) Digital inputs (9) Digital outputs 8

9 Connections and Schema Speed Control Mode Wiring Diagram KM1 Line Contactor Q1 Circuit breaker (1) AC 220 / 230 V Single Phase or Three Phase 50 / 60 Hz (2) External Braking Resistor (3) Power Supply (4) Holding Brake (5) Encoder (6) Encoder Pulse Output (7) Only LXM23A models (8) Digital inputs (9) Digital outputs 9

10 Connections and Schema Torque Control Mode Wiring Diagram KM1 Line Contactor Q1 Circuit breaker (1) AC 220 / 230 V Single Phase or Three Phase 50 / 60 Hz (2) External Braking Resistor (3) Power Supply (4) Holding Brake (5) Encoder (6) Encoder Pulse Output (7) Only LXM23A models (8) Digital inputs (9) Digital outputs 10