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- Data de Criação 16 de novembro de 2020
- Ultima Atualização 16 de novembro de 2020
Catálogo L100
3-phase 380~440V 5.5~22kW Drive for Lift Application L100 Contents 04 08 10 11 12 14 15 16 18 18 19 20 26 Features Application System Configuration Model & Type Specifications Wiring Main Power Terminal Control Power Terminal Auxiliary Power Terminals LED for Status Display Dimensions Options Peripheral Devices Lift Drive L10 0 2 Optimization Responsibility Compact Convenience L100 series, the optimal solution for lifting apllications Optimized for elevators and load lifting operation, the LS ELECTRIC L100 series offers best-in-class performance. With size-optimized solutions for these applications, the L100 provides essential functions and options, which further enhance customer value. L100 series, the optimal solution for lifting applications | 3 4 Size reduction and performance enhancement. Compact but powerful! A competitive solution for your applications. Lift Drive L10 0 5 Lift Drive L100 Premium High Performance Vector Control Selectable IM/PM loads Optimal ontrol algorithm (Voltage/Speed/Flux) for smooth and precise operation Save your commissioning time through optimal Auto-tuning and convenient Gain tuning Essential Functions for Elevator operation • Creepless optimal speed pattern (when Elevator IO applied) • Anti-Rollabck control without Load Cell feedback • Optimal Load Cell compensation control for Anti-Rollback • Emergency rescue operation by battery in case of power failure • Auto Light Load Search function • Short Floor operation pattern • Elevator IO makes your elevator control system simple • Anti Hunting Regulator function Optimization L100 series provides powerful performance and optimal functions for elevator and lift systems. Along with performance enhancement, size was reduced by applying heat dissipation analysis and utilising a 3D design process. • 47% size level compared to iV5 • Half-sized compared to other company products (5.5/7.5kW, m3) Best-in-class size competitiveness Compact Designed for excellent enviornmental resistance. Built-in safety function. 6 Block-A Block-B STO-A R C STO-FB PWM Signals IGBT(PIM) Vcc Buffer/Driver Vcc Reset DIAG Reset MCU (Microprocessor) PWM Signals Clock Gate Drive STO-B Control Power(Gate Drive & IGBT) R C D R V Built-In EMC Filter • 1st Environment / Category C2 (Class B) CE Responsibility Built-In Safety (SIL 2) Various features enhance user convenience in installation, commissioning and maintenance. Lift Drive L100 Scan QR code to access the manual. Convenience Status LED for operation monitoring Easy LCD keypad (option) connection through front slide door Built-in dynamic brake circuit Removable terminal for easy maintenance DriveView9 support Built-in communication: CAN2.0B, RS-232C Simultaneous control of 8 L100 units via CAN communication DC Reactor connector Easy replacement of cooling fan 7 8 Incremental Encoder • Incremental A/B Pulse • Power: DC5V/12V/15V supply • Input: A+[PA], A-, B+[PB], B- • Output: RA, RB, RG (Encoder A, B phase return pulse) • Support Encoder: Line Dive (+5V), Open Collector (+12V, +15V), Complementary EnDat Encoder • HEIDENHAIN Encoder (EnDat v2.2) • Power: DC5V supply • Input: SIN+, SIN-, COS+, COS-, DATA+, DATA-, CLK+, CLK- • Output: RA, RB, RG • Support Encoder: ECN413, ECN1313, ERN487, ERN1387 L100 series are optimized for elevator and lift operation with various encoder and elevator I/O options. Application 9 Lift Drive L100 SIN/COS Encoder • HEIDENHAIN Encoder • Power: DC5V supply • Input: SIN+, SIN-, COS+, COS-, SIN2+, SIN2-, COS2+, COS2- • Output: RA, RB, RG • Support Encoder: ECN413, ECN1313, ERN487, ERN1387 Elevator I/O (ELIO) • Dedicated to elevator I/O terminal • Digital input: 9 points for the elevator car control (photo-coupler isolation, PNP/NPN input mode) • Digital output: 10 points for the position of the elevator car and operation control (isolated open collector 8 points, relay A (NO) 2 points) • Fault information output: 4 points (isolated open collector) Elevator Automatic warehouse parking facility •Precision control through SIN/COS encoder • E/L master function via onboard option • Optimal speed pattern generation / No creep speed • Optimal Load Cell compensation • Elevator I/O (ELIO) option • Geared/gearless E/L operation • Battery operation in case of power failure •Built-inbrakecontrolfunction •Powerfulloadbalancefunction •DedicatedDBUnitprovided •Zerospeedcontrolfunction •PrecisioncontrolthroughSIN/COSencoder Drive for Lift Application L100 10 System Configuration Elevator I/O Signal Option: iRU Regenerates power and replaces the brake resistor CAN Bus(2.0B) Multifunction input Multifunction output Encoder signal (Return pulse) XSIN - L100 ECN413(SIN/COS), ECN1313(SIN/COS), ERN487, ERN1387 ECN413(EnDat01), ECN1313(EnDat01), ERN487, ERN1387 Line driver Open collector XEDT - L100 XENC - L100 Encoder Option Elevator Controller Encoder Signals Induction Motor LCEN-L100 Drive View RS232 PM Motor MODE STOP RESET REV FWD SHIFT ESC ENT LC-200 PROG XELV-L100 L100 System Structure High Performance & Precision System Drive 11 Model & Type Drive Nameplate Drive Model Name Input Voltage 4 : 400V (380~480V) Drive Capacity 0055 (5.5kW) ~ 0220 (22kW) Keypad N : Non Keypad UL Type N : Non UL Type EMC Filter F : EMC Filter Type Reactor N : Non DC Reactor Type LSLV 0075 055 L100 055 -- 4 N N F N L100 series ModelName InputPowerSpecifications OutputPower&Speed RatedOutputCurrent RatedOutputCapacity SerialNo. LSLV0075L100-4NNFN INPUT 380-480V 3 Phase 50/60Hz 17.5A OUTPUT 0-Input V 3 Phase 0-3600rpm 16A 10HP / 7.5kW (D) Ser. No 550292601CC Inspected by H.S.LEE R-R-LSR-XXXXXXX XXXXXXX Drive for Lift Application L100 12 Specifications LSLV[][][][]L100-4NNFN 0055 0075 0110 0150 0185 0220 Motor Note 1) [HP] 7.5 10 15 20 25 30 [kW] 5.5 7.5 11 15 18.5 22 Rated Output Catacity[kVA] Note 1) 9.1 12.2 18.3 22.9 29.7 34.3 Current[A] 12 16 24 30 39 45 Speed Induction motor: 0~3600[RPM], Synchronous motor: 0~680[RPM] Voltage 0 ~ 380(480V Note 2)) Rated Input Voltage 3 phase 380-480V (-10% ~ +10%) Note 3) Frequency 50 ~ 60 Hz(±5%) Current[A] 12.9 17.5 26.5 33.4 43.6 50.7 Weight[kg (lbs)] 3.3 (7.3) 3.4 (7.5) 4.6 (10.2) 4.8 (10.6) 7.5 (16.6) 8.0 (17.7) Note1) The rated motor capacity is based on a standard 4-pole motor. 400 V inverters are designed for a 440 V supply voltage. Note2) The maximum output voltage cannot exceed the input voltage. Note3) If the input voltage is greater than 480 V, apply input voltage derated by 10% from the rated input voltage. Also, install an AC reactor in the power input side if the voltage imbalance between the phases is greater than 2%. [Voltage imbalance [%] = Max voltage [V] - Min voltage [V] / Three-phase average voltage [V] x 67 (IEC 61800-3 ( 5.2.3)] 5.5~7.5kW 11~15kW 18.5~22kW High Performance & Precision System Drive 13 Item Description Circuit system Voltage type inverter with IGBT Control Control method Induction motor (IM) - Speed (sensored) - V/F control - Slip compensation Synchronous motor (PM) Speed(Sensored) Speed control Induction motor (IM) Analog settings: ± 0.1 % (25 ±10℃) of max speed (1800 rpm) Digital settings: ± 0.1 % (0-40℃) of max speed (1800 rpm) Synchronous motor (PM) Analog settings: ± 0.1 % (25 ±10℃) of max speed (680 rpm) Digital settings: ± 0.015 % (0-40℃) of max speed (680 rpm) Speed setting resolution Analog settings: ± 0.1 % of max speed Digital settings: 0.1 rpm Speed control response speed 50Hz Overload capacity Rated current: 150%, 1 min. Acceleration /Deceleration Time settings 0.00-600.0 sec Combination 4 acceleration/deceleration time choices Pattern Linear, S-Curve Braking Braking method Resistance discharge braking Braking torque 150% Braking resistor External braking resistor (installation required) Input Speed configuration - Digital settings via the keypad - Analog input settings - Multistep configurations via terminal input - Speed control via optional add-on modules Analog input 2 channels (V1, I1) 0 → 10 V, 10 → 0 V, -10 → 10 V, 10 → -10 V 0 → 20 mA, 20 → 0 mA 2 choices for multifunction analog input: speed or torque bias Terminal contact input FX, RX, BX, RST, P1, P2, P3, P4, P5, P6, P7 Various functions may be assigned to multifunction input terminals (P1-P7). Output Analog output 2 channels (AO1, AO2) -10 → 10 V, 10 → -10 V, 0 → 10 V, 10 → 0 V output Various multifunction analog output options Terminal contact output Multifunction terminal contact output: 4 channels (A1-C1, A2-C2, A3-C3, A4-C4) Fault terminal contact output: 1 channel (30A-30C, 30B-30C) Protective functions (Trip) Over Current, Ground Fault, Over Voltage, Low Voltage, Over Load, Inv OLT, InvOver Heat, InvThem OP, EThermal, External-B, Arm Short, Encoder Err, BX, Over Speed, COM Error, HW-Diag, EEP Error, FAN Error, BatRUN Fault, Input PO, Output PO, SpdDev Err, SAFETY A/B, A3 Safety, ADC Error, Flr/FHM Data, EnDat Error Protective functions (Alarm) Fan alarm, Inverter overheat alarm, Overload alarm Working environment Surrounding environment Indoors, prevent contact with direct sunlight and corrosive gases (Pollution Degree 2 Environment). Ambient temperature 14℉-104℉ (-10℃-40℃, no icing) Ambient humidity Relative humidity less than 95% RH (no condensation) Cooling type Forced fan cooling structure Protection structure IP00 Operation altitude/ oscillation No higher than 3,280 ft (1,000 m). Less than 9.8 m/sec2 (1.0 G). Drive for Lift Application L100 14 Wiring M ENC 3 phase AC input (380/440Vac) (50/60Hz) LSLV-L100 R MCCB ACR MC P1(+) P2(+) B N(-) S T U V W CNH CNL CNS CAN+ CANCommon Multifunc. output1 Multifunc. output2 Common Multifunc. input 1 Multifunc. input 2 Multifunc. input 3 Multifunc. input 4 Multifunc. input 5 Multifunc. input 6 Multifunc. input 7 Common Multifunction input FWD. run/stop command REV. run/stop command Emergency stop Reset Safety circuit Emergency backup power 220 VAC DB Resistor (Optional) Insulation transformer 24 V output Form A Contact input Form B Contact input Standard voltage (+12V) Analog input 1 (-10V~+10V) Analog input 2 (0V~20mA) Common Analog output (-10~+10V) Multifunction output AC 250V, 1A DC 30V, 1A ● : Power terminal ■ : Inverter ground 〇 : Control terminal CAN Communication Fault contact output AC 250V, 1A DC 30V, 1A Encoder Add-on Module - EnDat - SIN/COS - Incremental Pulse ON OFF (120Ω) AO1 AO2 GND 30A 30C 30B A1 C1 AC1 AC2 SC SA SB VR V1 I1 GND FX RX BX RST P1 P2 P3 P4 P5 P6 P7 CM A2 C2 A3 C3 A4 C4 E SW1 PNP NPN SW2 Power Terminal Block Control Terminal Block SW1 PNP NPN FS0 FS1 FS2 FS3 FS4 DER FID UND MCA MCC BKA BKC EXG I_D I_U DLS ULS RV1 RV2 SD1 SU1 SD2 SU2 DAC RV3 CM ELIO Add-on Module CAR OPERATION INPUT CAR OPERATION OUTPUT FAULT OUTPUT High Performance & Precision System Drive 15 Main Power Terminal Terminal Name Description R/S/T (L1/L2/L3) AC power input terminals 3-phase AC power connection. P1 (+) DC link P(+) terminal DC link wiring connections. (P1 and P2 terminals are jumped together when a DC reactor is P2(+) DC link P(+) terminal not used) N(-) DC link N(-) connection Common terminal for DC link connection B Brake resistor terminal Brake resistor wiring connection. (Connect a brake resistor to P2 and B terminals) U/V/W Output terminals to motor 3-phase motor (induction motor, synchronous motor) wiring connections. Main Power Terminal Descriptions Main Power Terminal Arrangement R S T B U V W E P1 (+) N (-) P2 (+) LSLV-L100 (5.5~22kW) • Both P1 (+) and P2 (+) terminals are for DCP (+) connections. • N (-) terminal is for DCN (-) connection. It is not a “neutral” contact. Drive for Lift Application L100 16 Control Power Terminal Control Power Terminal Arrangement A3 C3 A4 C4 SA SB SC 30A 30B 30C A1 C1 A2 C2 FX RX BX RST P1 P2 P3 P4 P5 P6 P7 CM CM CM CNH CNL VR V1 I1 GND CNS - AO1 AO2 GND GND CN1 Terminal Descriptions CN2 Terminal Descriptions CN3 Terminal Descriptions SW1 (PNP/NPN) Switch SW2 (120Ω ON/OFF) Switch Function Label Name Description Control board CN1 Terminal output Connector for fault relay (30A, 30B, 30C), multifunction terminal output (A1/C1 – A4/C4), and safety circuit terminal input (SA, SB, SC) CN2 Terminal input Connector for digital terminal input: FX, RX, BX, RST, P1 –P7 CN3 Analog I/O Connector for analog terminal input ( V1, I1), analog terminals output (AO1, AO2), and CAN communication CN4 Add-on module connector Use this connector when using add-on module boards. CN5 Keypad connector Connects to keypad. CN6 Power board connector Connects to power board. CN8 ELIO add-on module connector Use this connector when using ELIO add-on module boards. SW1Note 1) Digital input NPN/PNP selection switch NPN/PNP mode selection switch Up: PNP, Down: NPN (default) SW2 Note 2) Communication terminating resistor switch For connecting the terminating resistor (120 Ω) when the inverter is connected to the end of communication node. Left: Terminating resistor ON Right: Terminating resistor OFF (default) Control Board Descriptions CN4 CN1 SW2 SW1 CN2 CN3 CN5 CN8 CN6 Note1) Refer to “Step 8 NPN/PNP mode selection for detailed information. Note2) Refer to “Step 9 Setting terminating resistor” for detailed information. High Performance & Precision System Drive 17 Control Power Terminal Descriptions Function Label Name Description CN2 Terminal input FX Forward operation/ stop command In NPN input mode, operates when connected to CM terminal. When FX and RX are ON/OFF at the same time, the VFD stops. RX Reverse operation/ stop command BX Emergency stop In NPN input mode, triggered when connected to CM terminal and operates a free run stop or deceleration stop. It does not provide a fault signal. RST Fault clearance Fault status clears when the inverter is ON after the cause of the fault is removed. P1 Multifunction input terminals - Configurable for the following multifunction inputs: - Multi speed operation L/M/H - Acc/Dec time - Form B contact for external fault signal - Timer input - Cancel soft start - ASR gain switching - ASR P/PI switching - Flux command switching - Enable/disable max. torque - Enable/disable torque bias - A3 safety - Enable/disable battery operation - Disable low voltage trip detection P2 P3 P4 P5 P6 P7 CM COMMON Common terminal for analog terminal input and output. - In NPN mode, function is ON when each multifunction terminal and CM terminal are connected. - In PNP mode, function is ON when an external 24 V power source is connected to CM terminal. CN1 Safety input SA Terminal for Safety Form A contact connection Terminal for Safety Form A connection. Terminals SA and SC must be connected for inverter operation (disconnection triggers a protection feature). SB Terminal for Safety Form B contact connection Terminal for Safety Form BA connection. Terminals SB and SC must be connected for inverter operation (disconnection triggers a protection feature). SC Safety 24 V power 24 V power supply for safety A/B connections. CN3 Analog input VR Potentiometer for analog input Maximum output voltage: +12 V / Potentiometer: 10 k Ω V1 Voltage input Used for voltage input applications: -10→10 V, 10→-10 V, 0→10 V, 10→0 V I1 Current input Used for current input applications: 0→20 mA, 20→0 mA GND COMMON Common terminal for analog terminal input. CN3 Analog output AO1 Analog output 1 Output voltage range: -10 V→10 V, 10 V→-10 V, 0 V→10 V, 10 V→0 V. Select one of the following: - Analog input value - Command before and after acceleration/deceleration - Speed control input command - Motor speed - Speed deviation - Motor speed follow-up - Speed control output - Torque bias - Forward direction torque limit - Reverse direction torque limit - Torque limit during regeneration - Torque command - Torque current command - Torque current - Flux command - Flux current command - Flux current - Q-axis current control output - D-axis current control output - D-axis voltage - Q-axis voltage - Output current - Output voltage - Output power - DC-link voltage - Inverter temperature. AO2 Analog output 2 GND COMMON Common terminal for analog terminal outputs CN1 Multifunc -tion output A1 C1 Multifunction output contact 1 (Form A contact) Select one of the following: - Inverter operation available - Zero velocity detection - Speed detection - Speed detection (non-polar) - Speed arrival - Timer output - Low voltage alert - In operation - In regeneration - Inverter overheat alert - Speed agreement - Torque detection - Torque limit detection - Overload alert - Stopping - MC output - Fan fault - ALLS status - At constant speed - Brake output A2 C2 Multifunction output contact 2 (Form A contact) A3 C3 Multifunction output contact 3 (Form A contact) A4 C4 Multifunction output contact 4 (Form A contact) 30A Fault signal (Form A contact) Output signal is generated when a fault occurs. 30B Fault signal (Form B contact) Does not output when the emergency stop is activated. 30C COMMON Common terminal for output contacts A and B. CN3 Analog I/O (CAN I/O) CNH CAN HIGH CNL CAN LOW High, low, common signal terminals for CAN communication. CNS CAN COMMON Drive for Lift Application L100 18 Auxiliary power terminals / LED Indicators The L100 inverter includes an auxiliary power terminal block. The auxiliary terminals enable the control board to operate without mains power (R/S/T) using auxiliary control power (220 V AC). LSLV-L100 (5.5/7.5kW) 11/15kW 18.5/22kW Descriptions Label Name Description Voltage AC1, AC2 Auxiliary input voltage Used to connect to single phase AC input voltage. 220V(-10 ~ +10%), 50/60Hz LED for Status Display Indicator Color Description ❶ POWER GREEN Turns on when power is supplied to the control board. ❷ RUN BLUE Turns on when power is supplied to the control board. ❸ FAULT RED Flashes in 0.5 second intervals when the inverter operation is abnormal. ❶ ❷ ❸ High Performance & Precision System Drive 19 Dimensions LSLV-L100 (5.5~22kW) Drive Capacity W1 W2 H1 H2 D1 A B Weight[kg (Ibs)] LSLV055L100-4 160 [6.30] 137 [5.39] 232 [9.13] 217 [8.54] 181 [7.16] 5 [0.20] 5 [0.20] 3.3 (7.3) LSLV075L100-4 3.4 (7.5) LSLV110L100-4 180 [7.09] 157 [6.18] 290 [11.42] 274 [10.79] 205 [8.07] 5 [0.20] 5 [0.20] 4.6 (10.2) LSLV150L100-4 4.8 (10.6) LSLV185L100-4 220 [8.66] 194 [7.64] 350 [13.78] 331 [13.78] 223 [8.78] 6 [0.24] 6 [0.24] 7.5 (16.6) LSLV220L100-4 8.0 (17.7) mm(inches) D1 B W2 A A W1 H2 H1 Drive for Lift Application L100 20 Options Incremental Encoder For more information, please refer to the Incremental Encoder Option User Manual. PCB Board and Terminals CN2 CN3 JP1 switch (LD/OC select) - LD : Line Drive Type Encoder select - OC : Open Collector (or Complementary) Type Encoder select Terminal Descriptions 5PE 12PE 15PE GE GE GE A+[PA] A- B+[PB] B- GE GE RA RG RB RG Item Indication Name Description Encoder signal Input pulse (CN2) 5PE +5 V power +5 V line drive power for encoder 12PE +12 V power +12 V open collector power for encoder 15PE +15 V power +15V open collector power for encoder GE Ground Ground for encoder power A+[PA] / AEncoder phase A signal For a line drive encoder, connect output signal cables for phases A+ and A-. Open collector (or complementary) encoders utilize A+[PA] signals and GE. B+[PB] / BEncoder phase B signal For a line drive encoder, connect output signal cables for phases B+ and B-. Open collector (or complementary) encoders utilize B+[PB] signals and GE. Output pulse (CN3) RA Encoder phase A return signal Terminal for encoder phase A return signal RB Encoder phase B return signal Terminal for encoder phase B return signal RG Ground Ground for encoder return signals JP1 CN3 CN2 Note) • Comply with the encoder's power specifications when connecting the cables. Faulty cable connections may damage the encoder. • The LED indicator will flash in 1 second intervals if the cable connections and parameter settings are correct. High Performance & Precision System Drive 21 EnDat Encoder For more information, please refer to the EnDat Encoder Option User Manual. PCB Board and Terminals CN2 CN3 Terminal Descriptions Note1) EnDat01 is HEIDENHAIN Ordering Code and support EnDat 2.2 interface. Note2) When applying ERN series encoder in EnDat encoder option, set PAR_23 Enc Type to Sin/Cos_All and use only SIN/COS signal. Endat Specifications RA RG RB RG Encoder type ECN413(EnDat01 Note 1)), ECN1313(EnDat01 Note 1)), ERN487 Note 2), ERN1387 Note 2) Encoder pulse numbers 2048 5PE 5PE GE GE SIN+ SINCOS+ COS- DATA+ DATA- CLK+ CLKItem Indication Name Description EnDat Encoder input (CN2) 5PE Encoder power +5 V encoder power GE 0V SIN+ SIN- Encoder SIN signal Encoder’s SIN+/SIN- signal COS+ COS- Encoder COS signal Encoder’s COS+/COS- signal EnDat Communication (CN2) DATA+ DATA- Encoder data Data input and output signals for receiving pole position data from the EnDat encoder. Used in ECN413 and ECN1313 encoders. CLK+ CLK- Encoder clock Clock signal for receiving data from the EnDat encoder. Used in ECN413 and ECN1313 encoders. Encoder output (CN3) RA Encoder output phase A Encoder A/B phase output signal Open collector output RB Encoder output phase B RG Common output terminal CN3 CN2 Drive for Lift Application L100 22 Encoder type ECN413(SIN/COS) Note 1), ECN1313(SIN/COS) Note 1), ERN487 Note 1), ERN1387 Encoder pulse numbers 2048 Options SIN/COS Encoder For more information, please refer to the SIN/COS Encoder Option User Manual. PCB Board and Terminals CN2 CN3 Terminal Descriptions RA RG RB RG SIN/COS Specifications Item Indication Name Description SIN/COS Encoder input (CN2) 5PE Encoder power +5 V encoder power GE 0V SIN+ SIN- Encoder SIN signal Encoder’s SIN+/SIN- signal COS+ COS- Encoder COS signal Encoder’s COS+/COS- signal SIN2+ SIN2- Encoder SIN2 signal Encoder’s SIN2+/SIN2- signal COS2+ COS2- Encoder COS2 signal Encoder’s COS2+/COS2- signal Encoder output (CN3) RA Encoder output phase A Encoder A/B phase output signal Open collector output RB Encoder output phase B RG Common output terminal 5PE 5PE GE GE SIN+ SINCOS+ COS- SIN2+ SIN2- COS2+ COS2- Note1) When using the ECN series encoder in the SIN/COS encoder option, set PAR_23 Enc Type to ‘Sin/Cos_All’ and use only SIN/COS signals. CN3 CN2 High Performance & Precision System Drive 23 Elevator I/O Option For more information, please refer to the Elevator I/O Option User Manual. PCB Board and Terminals I_D I_U DLS ULS RV1 RV2 SD1 SU1 SD2 SU2 DAC RV3 CM CM EXG FS0 FS1 FS2 FS3 FS4 DER FID UND NC MCA MCC BKA BKC D1 D2 D3 D4 EG CN3 CN4 CN5 SW1 setting (PNP/NPN selection) - PNP: Operates with an external 24 V power supply. - NPN: Operates internally connected to CM. (Default: NPN) CN5 CN3 SW1 CN4 Drive for Lift Application L100 24 Item Indication Name Description Elevator terminal input I_D Downside inductor signal Downside inductor signal for detecting car position I_U Upside inductor signal Upside inductor signal for detecting car position DLS Down Limit Switch Car descent limit switch. Descending of a car is prohibited when the switch is turned on. ULS Up Limit Switch Car ascent limit switch. The car is prohibited from ascending when the switch is turned on. RV1 Reserved RV2 Reserved SD1 Downside Deceleration Switch 1 1st Deceleration Switch for forced deceleration while descending SU1 Upside Deceleration Switch 1 1st Deceleration Switch for forced deceleration while ascending SD2 Downside Deceleration Switch 2 2nd Deceleration Switch for forced deceleration while descending SU2 Upside Deceleration Switch 2 2nd Deceleration Switch for forced deceleration while ascending DAC Deceleration approval signal Deceleration approval signal for the controller RV3 Reserved CM COMMON Turned ON when each terminal input is connected to CM (24G). Elevator terminal output EXG COMMON Common ground for each terminal output. FS0 Requested floor for stop / current floor bit 0 Data format for requested floor for stop / current floor (Floors 1 – 32) Bit4 Bit3 Bit2 Bit1 Bit0 FS4 FS3 FS2 FS1 FS0 Floor 1 : OFF OFF OFF OFF OFF Floor 32 : ON ON ON ON ON FS1 Requested floor for stop / current floor bit 1 FS2 Requested floor for stop / current floor bit 2 FS3 Requested floor for stop / current floor bit 3 FS4 Requested floor for stop / current floor bit 4 DER Signal for requesting deceleration approval When this signal is input, the controller outputs the deceleration approval signal (DAC) if the requested floor for a stop matches the calling floor. FID Floor identification signal ON: Requested floor for a stop (previous floor), OFF: Current floor UND Deceleration signal Turns ON when the motor is decelerating. MCA/ MCC Contactor operation relay Form A contact Operates the contactor for shutting down the inverter output. BKA/ BKC Brake operation relay Form A contact Operates the traction machine brake. Fault output D1 Fault information BIT0 (LSB) Outputs 4-bit fault data when the inverter is malfunctioning. Elevator faults have priority in the output over inverter faults. Set one of the multifunction outputs AX1 – AX4 to “E/L Fault” to distinguish elevator faults from inverter faults. When a fault occurs, it is an elevator fault if the multifunction terminal set to “E/L Fault” is ON; it is an inverter fault if the multifunction terminal set to “E/L Fault” is OFF. D2 Fault data BIT 1 D3 Fault data BIT 2 D4 Fault data BIT 3 EG COMMON Common ground for open collector outputs for faults. Terminal Descriptions Options Fault D4 D3 D2 D1 No Fault OFF OFF OFF OFF FHM RUN Fail OFF OFF OFF ON Flr Data Fail OFF OFF ON OFF ChkSum Err OFF OFF ON ON NotRdy (E/L) OFF ON OFF OFF Decel OFF ON OFF ON Acc/Dec OFF ON ON OFF SDS Error OFF ON ON ON IND Reverved ON OFF OFF OFF Indicator Fail ON OFF OFF ON CmdSrc ON OFF ON OFF NotRdy (FHM) ON OFF ON ON Fault D4 D3 D2 D1 No Fault OFF OFF OFF OFF Arm Short OFF OFF OFF ON FAN Error OFF OFF ON OFF Ground Fault OFF OFF ON ON Over Current OFF ON OFF OFF Over Voltage OFF ON OFF ON Encoder Err / EnDat Error OFF ON ON OFF Low Voltage / Low Voltage2 OFF ON ON ON Inv OverHeat ON OFF OFF OFF E-Thermal / Over Load ON OFF OFF ON Input PO / Output PO ON OFF ON OFF Ext. Trip-B ON OFF ON ON Inv. OLT ON ON OFF OFF Mag Det Err ON ON OFF ON InvThem OP ON ON ON OFF Over Speed Spd Dev Err ON ON ON ON