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Megmeet Smile3000-V User Manual

Home elevator integrated control cabinet
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Smile3000-V Home Elevator
Integrated Control Cabinet
User Manual
Document Version:
Shenzhen Megmeet Electrical Co., Ltd. provides comprehensive technical support for
our valued customers. Please contact your nearest Megmeet office or service center,
or connect directly with Megmeet headquarters if any assistance is needed.
Shenzhen Megmeet Electrical Co., Ltd.
Address: 5th Floor, Block B, Unisplendour Information Harbor, Langshan Road,
Shenzhen, 518057, China
Website: www.megmeet.com
Tel: +86-755-86600500
Fax: +86-755-86600562
Service email: driveservice@megmeet.com
All rights reserved. The contents in this document are subject to change without prior
notice.

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Summary of Contents for Megmeet Smile3000-V

  • Page 1 Document Version: Shenzhen Megmeet Electrical Co., Ltd. provides comprehensive technical support for our valued customers. Please contact your nearest Megmeet office or service center, or connect directly with Megmeet headquarters if any assistance is needed. Shenzhen Megmeet Electrical Co., Ltd.
  • Page 2 Thank you for choosing the Smile3000-V Home Elevator Integrated Control Cabinet of Shenzhen Megmeet Electrical Co., Ltd. Megmeet is a dedicated innovator and leading player in driving forward industrial automation on a global scale. We connect the client’s needs to their gains through cutting-edge technologies and comprehensive solutions.
  • Page 3 Technical Features The Smile3000-V Home Elevator Integrated Control Cabinet features a smart control system that incorporates advanced technologies in computing, automation, network communication, and motor vector control, offering a comprehensive solution for various elevator applications. Technical superiority  Curve direct landing: smooth speed change and high operational efficiency based on precise distance control.
  • Page 4  Non-contactor control technology to ensure noiseless operation. Ultimate cost-efficiency  Optimized system based on functional integration to minimize exterior wiring and reduce cost while improving safety and reliability.  Minimized cable configuration based on the integrated CANbus and Modbus communication. ...

  • Page 5: Table Of Contents

    Contents Introduction ..................................1 Chapter 1 Important Safety Instructions ........................5 1.1 Safety announcements ..........................5 1.2 Safety rating definitions and precautions ....................5 1.3 Additional safety instructions ........................11 Chapter 2 Product Information ..........................13 2.1 Nameplate and model ..........................13 2.2 Product models ............................14 2.3 Electrical specifications ..........................14 2.4 Cabinet appearance and parts description ..................15 2.5 Mounting dimension ...........................
  • Page 6 Chapter 8 Fault Removal ............................135 8.1 Fault type ..............................135 8.2 Fault code and troubleshooting ......................136 8.3 Fault signal and countermeasures .......................156 Chapter 9 Care and Maintenance .......................... 157 9.1 Daily inspection ............................157 9.2 Routine maintenance ..........................158 Chapter 10 Options ..............................159 10.1 List of options ............................159 10.2 Integrated car top box Smile3000-CTH-D02 ..................160 10.3 Car control board ............................

  • Page 7: Introduction

    Introduction Introduction Basic functions Function Description General operation This function enables the elevator to respond to both car calls and hall calls during Full collective running. Passengers at any service floor can call the elevator by pressing the control up/down call button. The door open holding time setting allows the elevator to automatically distribute Door open holding different holding time for each door open mode, including open by call, open by...
  • Page 8 Home Elevator Integrated Control Cabinet User Manual Function Description setting Time-based The system allows the setting of the time range and service floors for the service time-based service, or to select the service floor via the service floor switch. When stopped in non-leveling area during non-inspection period, the elevator will Low-speed automatically run to a leveling area at a low speed and opens the door if the state self-rescue...
  • Page 9 Introduction Function Description Inspection and maintenance The elevator provides a detachable operating panel dedicated for maintenance Maintenance only, with integrated functions including emergency stop, monitor, emergency panel electric operation, speed limiter test, electric brake release, keypad commissioning connection, mobile phone commissioning connection, and other functions. Running during During inspection, the system stops automatic running and door operation.
  • Page 10 Home Elevator Integrated Control Cabinet User Manual Function Description Energy saving In-car energy After being idle for a set time span, the in-car lighting and fan will be turned off. saving Idle door machine The system stops the door close signal output after the in-car lighting is turned off energy saving to reduce the power consumption of the door machine.

  • Page 11: Chapter 1 Important Safety Instructions

    Chapter 1 Important Safety Instructions Chapter 1 Important Safety Instructions 1.1 Safety announcements (1) Before the installation, operation, and maintenance of this product, thoroughly and carefully read this manual, and comply with all the instructions indicated herein. (2) To ensure safety for the personnel and property, closely follow the guidance on the stickers/signs, and the instructions in this manual during the installation, operation, and maintenance of this product.
  • Page 12 Home Elevator Integrated Control Cabinet User Manual missing or damaged during unpacking, please do not install the product!  Please carefully check the packing list. If you find discrepancies between the packing list and the product name during unpacking, please do not install the product! ...
  • Page 13 Chapter 1 Important Safety Instructions  Avoid storing and transporting in places prone to water splashes, direct sunlight, strong electric fields, strong magnetic fields, intense vibrations, etc.  Avoid storing the product for more than 3 months. Please implement tighter protection and necessary inspections in case of extended storage period.
  • Page 14 Home Elevator Integrated Control Cabinet User Manual interference, such as a transformer, please make sure a sufficient shielding device is installed to protect this product and avoid malfunctions!  Please install the product on fire-resistant materials such as metal. Do not allow combustible materials to come into contact with the product or adhere to the product.
  • Page 15 Chapter 1 Important Safety Instructions be separately and reliably grounded.  Please tighten the terminal screws with the torque specified in this manual. Insufficient/Excessive torque may cause overheating or damage to the connection, posing a fire hazard！  When the wiring is completed, make sure that all cable connections are correct and there are no loose screws, washers, or exposed cables inside the product, as this may pose a risk of electric shock or damage to the product！...
  • Page 16 Home Elevator Integrated Control Cabinet User Manual 1.2.6 Safety instructions for operations  Non-professionals are prohibited from product operations. Otherwise, there is a risk of personal injury or death!  In operation state, it is prohibited to touch any of the terminals, or disassemble any of the devices or components/parts.

  • Page 17: Additional Safety Instructions

    Chapter 1 Important Safety Instructions  Repair in the power-on state is strictly prohibited. Otherwise, there is a risk of electric shock!  After cutting off the power supply of all the devices, please wait at least the time specified on the product warning label before proceeding with maintenance and repairs.
  • Page 18 V megger. Make sure the measured insulation resistance is not less than 5MΩ. • Motor thermal protection In case the rated capacity of the motor does not match that of the Smile3000-V Home Elevator Integrated Control Cabinet, especially when the rated power of the controller exceeds that of the motor, please make sure to adjust the motor protection parameters of the integrated control cabinet or install a thermal relay upstream of the motor for protection.

  • Page 19: Chapter 2 Product Information

    Chapter 2 Product Information Chapter 2 Product Information 2.1 Nameplate and model 2.1.1 Product nameplate 2.1.2 Product naming rule Number Item Description Number Item Description 2S: Single-phase AC 220 V Product Smile3000 Voltage rating ① ③ name 4T: Three-phase AC 380 V 1.2: 1.2 kW Type of the 2.2: 2.2 kW...

  • Page 20: Product Models

    Home Elevator Integrated Control Cabinet User Manual 2.2 Product models Model power capacity (kVA) Input current (A) Output current (A) Power (kW) Smile3000-V-2S1.2 Smile3000-V-2S2.2 17.9 Smile3000-V-2S3.7 25.3 Smile3000-V-4T5.5 2.3 Electrical specifications • Safety circuit power supply: DC 24 V, 0.5 A.

  • Page 21: Cabinet Appearance And Parts Description

    Chapter 2 Product Information 2.4 Cabinet appearance and parts description Fig. 2-1 Layout of cabinet top layer...
  • Page 22 Home Elevator Integrated Control Cabinet User Manual Fig. 2-2 Layout of cabinet bottom layer Table 2-1 Parts function Parts Function Main control board Control unit of the integrated control cabinet Drive board Drive unit of the integrated control cabinet Terminal board External terminals and operating interface During braking, the resistor consumes the electrical energy generated by Braking resistor...

  • Page 23: Mounting Dimension

    Chapter 2 Product Information Parts Function ARD board Emergency rescue Lead-acid battery ARD emergency rescue battery Lithium battery ARD emergency rescue battery Options available: PG card Smile3000-PG-S card, applicable for SIN/COS encoders; Smile3000-PG-P card, applicable for ABZ asynchronous motor encoders。 2.5 Mounting dimension 2-φ10 2-φ17...

  • Page 24: Technical Specifications

    Home Elevator Integrated Control Cabinet User Manual 2.6 Technical specifications Item Specification Basic specifications AC 220 V cabinet: AC 187 V to AC 253 V Input voltage AC 380 V cabinet: AC 323 V to AC 437 V Max. frequency 99 Hz 2 kHz to 16 kHz;...
  • Page 25 Chapter 2 Product Information Item Specification Power-on safety Provides safety check on external devices, such as grounding and short self-check circuit, when powered on Assess the elevator's operational status based on various feedback signals Status monitoring to ensure normal operation. Operation &...

  • Page 26: Chapter 3 Mechanical Installation

    Home Elevator Integrated Control Cabinet User Manual Chapter 3 Mechanical Installation 3.1 Installation requirements 3.1.1 Safety requirements on environment Item Requirement Normal use at an altitude less than 1000 m; derated by 1% for every 100 m higher Altitude when the altitude is above 1000 m; max. altitude 3000 m. 0℃...
  • Page 27 Chapter 3 Mechanical Installation space required for maintenance. Provide access pathways (with sufficient width) to the installation site and make sure space is available for the transportation equipment of the product. In general, embedded installations have higher spatial requirements. This manual provides the spatial requirements for the embedded installations only.
  • Page 28 Home Elevator Integrated Control Cabinet User Manual 3.1.3 Installation method For wall-mounting installations, please fix the cabinet onto the wall via three M8 expansion bolts as shown in the figure below: Fig. 3-2 Wall-mounting installation...

  • Page 29: Shaft Position Switch Installation

    The distribution of shaft position switches within the shaft is illustrated in the following figure: Fig. 3-3 Shaft position switches Note:  The Smile3000-V Home Elevator Integrated Control Cabinet provides software limit function, with no need to install the upper/lower limit switches.
  • Page 30 3.2.1 Leveling switch installation method The Smile3000-V control cabinet employs one leveling switch by default, which shall be installed on top of the car. The leveling plate shall be installed on the shaft guide rail. There shall be one leveling plate installed for each floor, and make sure that the length and installation verticality of each leveling plate shall be the same.
  • Page 31 Chapter 3 Mechanical Installation 3.2.2 Slowdown switch installation method The slowdown switch is an important safety device as it prevents the risk of top-hitting and bottom-crashing accidents when an abnormal elevator position is detected during running at the highest speed. The slowdown distance means the distance between the slowdown switch and the terminal floor leveling plate, which is indicated by L.

  • Page 32: Chapter 4 Electrical Installation

    Home Elevator Integrated Control Cabinet User Manual Chapter 4 Electrical Installation Each elevator must be equipped with a dedicated main switch capable of cutting off all the power supply circuits of this elevator, and a RCD with a leakage current of 30 mA specifically for cutting off the elevator lighting circuits.

  • Page 33: Control Cabinet External Interface

    Electrical Installation 4.1 Control cabinet external interface The Smile3000-V Home Elevator Integrated Control Cabinet adopts fixed option interfaces to facilitate wiring and reduce the cable quantity. For peripheral wiring, customers can require a supporting service from Megmeet, or perform wiring by themselves based on the schematic diagrams provided by Megmeet.
  • Page 34 Home Elevator Integrated Control Cabinet User Manual Option Signal number Description phase / motor U phase In-car lighting power supply: In-car lighting power supply: Ground protection Power supply DC 24 V + Power supply DC 24 V ‑ CAN1+ CAN communication signal CAN1- CAN communication signal Door zone signal...
  • Page 35 Chapter 4 Electrical Installation Option Signal number Description MOD1- 485 communication signal Manual door close contact 131A circuit starting point Manual door close contact circuit ending point Landing door lock circuit starting point Landing door lock circuit ending point Shaft lighting: L Shaft lighting: L Power supply DC 24 V + Up slowdown signal...
  • Page 36 Home Elevator Integrated Control Cabinet User Manual Option Signal number Description starting point Power supply DC 24 V + Motor emergency stop safety circuit ending point Motor over-heat detection power supply DC 24 V + ZQ1+ Brake power supply positive Speed limiter reset power supply Speed limiter test power...
  • Page 37 Chapter 4 Electrical Installation Option Signal number Description Power supply DC 24 V ‑ Backup DI Backup DI Backup DI Power supply DC 24 V + Backup relay Y6 output Backup relay Y6 common terminal Backup relay Y5 output Backup relay Y5 common terminal Intercom power supply DC DC12V...

  • Page 38: Input/Output Terminal Description

    Electromagnetic lock output 4.3 PG card Smile3000-V control system requires the cooperation of PG card to achieve closed-loop vector control. Directly insert the PG card CN2 terminal into the CN1 terminal on the main control board of the Smile3000-V cabinet.
  • Page 39 Chapter 4 Electrical Installation Fig. 4-2 Smile3000-PG-S card appearance and dimensions (unit: mm) Table 4-2 PG card CN1 terminal definition CN1 pin definition CN1 terminal layout B+ VCC Instructions on PG card connection: (1) The cable routing from the PG card to the encoder must deviate from that of the control circuit and the power circuit.

  • Page 40: Peripheral Device Connection

    Home Elevator Integrated Control Cabinet User Manual 4.4 Peripheral device connection...

  • Page 41: Chapter 5 Operating Panel

    Chapter 5 Operating Panel Chapter 5 Operating Panel 5.1 Operating box interface Fig. 5-1 Operating panel This operating panel integrates all the test functions and emergency operations. Table 5-1 Instructions of panel operation Function Mark Description Main switch Main switch Control contactor to power on/off the whole control cabinet Safety switch Emergency stop...

  • Page 42: Operating Box Monitoring Function

    Home Elevator Integrated Control Cabinet User Manual Function Mark Description Speed limiter test In EEO state: • P05-21=3 enter the speed limiter test mode • P05-21=4 enter the speed limiter reset mode Speed limiter test Speed limiter • Keep pressing the speed limiter test and reset buttons at the function same time for 3 seconds to initiate Y4/Y5 output (Y4 output in reset...
  • Page 43 Chapter 5 Operating Panel the leveling plate reaches the leveling sensor and the car is in the leveling position at the moment.  When the P06-01 is set to 103 (NC), and section A corresponding to X1 illuminates in case there is no DC 24 V input at this point, it indicates that the door zone signal input is enabled, which means the leveling plate reaches the leveling sensor and the car is in the leveling position at the moment.

  • Page 44: Chapter 6 System Commissioning

    Home Elevator Integrated Control Cabinet User Manual Chapter 6 System Commissioning 6.1 Safety inspection before commissioning When the elevator installation is completed, the commissioning may start. Proper commissioning ensures the elevator operates safely and correctly. Before electrical commissioning, it is necessary to check if the mechanical and electrical parts are ready for commissioning so as to ensure safety.

  • Page 45: Inspection-Speed Commissioning

    (only one end is grounded to prevent interference). 6.2 Inspection-speed commissioning The Smile3000-V Home Elevator Integrated Control Cabinet provides the closed-loop vector control mode, which is highly dependent on the accuracy of motor parameters for the purpose of normal elevator running.
  • Page 46 Home Elevator Integrated Control Cabinet User Manual personnel and equipment when the car is running close to the terminal floor.  During motor tuning, the motor may rotate. Please keep a safe distance with the motor to avoid personal injury; ...
  • Page 47 Chapter 6 System Commissioning Parameter Definition Description P02-09 Encoder resolution 0 to 10000 Motor rated power Motor rated voltage P02-01 to These parameters are model dependent, and need Motor rated current P02-05 to be manually input according to the nameplate. Motor rated frequency Motor rated speed Command source...
  • Page 48 Home Elevator Integrated Control Cabinet User Manual 6.2.1.2 Motor auto-tuning flowchart (1) Synchronous motor on-load auto-tuning (master tuning with car) Fig. 6-1 Synchronous motor rotation auto-tuning...
  • Page 49 Chapter 6 System Commissioning (2) Synchronous motor no-load auto-tuning (the motor shall be disconnected from the car for tuning) Fig. 6-2 Synchronous motor static auto-tuning  During static auto-tuning, only synchronous motor sin/cos encoders and absolute encoders are supported, and the cabinet output power cable UVW sequence shall match the encoder AB and CD sequence for a successful parameter tuning.
  • Page 50 Home Elevator Integrated Control Cabinet User Manual encoder initial point angle, the motor wiring mode, and the D/Q axis inductance; (2) Please perform tuning for multiple times (it is recommended to perform 3 times and above), and compare the synchronous motor encoder zero point angles (P02-12) from each tuning. The deviation shall be within ±5°.

  • Page 51: Shaft Auto-Tuning

    Chapter 6 System Commissioning (3) Confirm that the car top inspection is enabled. Make sure the car top inspection is enabled, and that the EEO is disabled when the car top inspection is enabled. The priority of car top inspection shall be higher than that of EEO. (4) Confirm that the shaft is clear.
  • Page 52 MCB staying valid. (This condition is specific to two-floor elevators.) (3) The Smile3000-V system is not in a fault alarm state. In case of a fault, please press the button to reset the fault.
  • Page 53 Chapter 6 System Commissioning 6.3.1.4 Normal-speed trial run After the shaft auto-tuning is completed successfully, the normal-speed operation may still fail due to the absence of door machine controller commissioning and full-load/overload commissioning. Please disable the door open function via parameters and allow overload running before the normal-speed trial run.
  • Page 54 Home Elevator Integrated Control Cabinet User Manual ③ Whether the door machine commissioning fails or not. Perform another commissioning if the previous fails. The method to confirm that the door machine controller door open/close limit signal feedback is normal: Check if the door machine controller door open/close limit input signal feedback is normal via the X input terminal indicator on the CTB.

  • Page 55: Improvement Of Riding Comfort

    Chapter 6 System Commissioning ② Check if D03-01 has door close output (segment 2 of LED 1). If the output exists, check: whether the wiring between the CTB and the door machine controller is correct; whether the door machine controller operates normally.
  • Page 56 Home Elevator Integrated Control Cabinet User Manual a）Adjustments for abnormal motor startup control P04-00/01/03/04 are used to adjust the characteristics of the dynamic motor speed response: Increasing the proportional gain or reducing the integral time can speed up the motor's dynamic response.
  • Page 57 Chapter 6 System Commissioning Parameter Name Range Default value Description Zero-servo P04-11 0.00 to 2.00 0.60 speed loop Ti Adjustment instructions: When load cell pre-torque and automatic compensation are both enabled, the controller identifies the status of the brake and the drive according to the load cell signal, and automatically calculates the required torque compensation value.
  • Page 58 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value P05-01 Startup holding time 0.000 to 5.000 s 0.000 s Fig. 6-3 Startup time sequence to minimize static friction influence In typical home elevator structures, it is common for there to be significant friction between the guide shoe and the guide rail.
  • Page 59 Chapter 6 System Commissioning The parameter P05-02/03/04 is used to configure the speed curve of the elevator accelerating from the startup speed to the maximum speed. In case of poor riding comfort resulting from over-acceleration during startup, please reduce P05-02 and increase P05-03/04 to properly smoothen the curve. In case of an over-slow acceleration, increase P05-02 and reduce P05-03/04.
  • Page 60 Home Elevator Integrated Control Cabinet User Manual Number Mechanical factor Description points of various components (such as rubber pads under the traction machine), can be implemented to reduce resonance.

  • Page 61: Chapter 7 Parameter Explanation

    “○”: The value of the corresponding parameter can be modified in both stop and operation state of the Smile3000-V Home Elevator Integrated Control Cabinet; “×”: The value of the corresponding parameter can not be modified in the operation state of the Smile3000-V Home Elevator Integrated Control Cabinet;...
  • Page 62 Home Elevator Integrated Control Cabinet User Manual Speed control parameters Test function parameters Vector control parameters Maintenance parameters setting Running control parameters Floor height MCB terminal parameters Leveling adjustment setting CTB terminal parameters Floor display setting Door machine parameters setting Configuration information Hall call parameters setting Running status...
  • Page 63 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property control) Parameter Name Range Default value Unit Property 0: Operating panel control Command source P00-01 × selection 1: Distance control P00-01 sets the method for the system to generate the running command and the running speed command.
  • Page 64 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P00-04 Rated elevator speed 0.250 to 4.000 1.600 × P00-02 sets the running speed when controlled by the operating panel. P00-03 sets the maximum speed in actual running (the set value shall not exceed the rated elevator speed).
  • Page 65 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property P00-08 Carrier frequency 0.5 to 8.0 × This parameter sets the carrier frequency of the controller. The value of the carrier frequency is closely related to the noise level during motor running. When the value is set above 6 kHz, the motor is capable of quiet operation.
  • Page 66 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property 0: No action 1: Restore factory default settings P01-01 Parameter update × 2: Clear memory fault data 3: Clear shaft data This parameter resets some of the system parameters, and can be set to the following values: 0: No action.
  • Page 67 Chapter 7 Parameter Explanation 7.2.3 Group P02: Motor parameters Parameter Name Range Default value Unit Property P02-00 Motor type 0, 1 × This parameter allows for the selection of motor types, and can be set to the following values: 0: Asynchronous motor; 1: Synchronous motor.
  • Page 68 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property 1: UVW 2: ABZ 3: Reserved Set P02-08 to an appropriate value based on the type of the encoder paired with the master. P02-00=1. When a synchronous motor is selected, please set this parameter correctly before commissioning;...
  • Page 69 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Synchronous motor encoder P02-12 0.0 to 359.9 ° × installation angle P02-12 sets the initial angle of the encoder. Perform multiple times of tuning and compare the obtained angle values. Make sure the deviation does not exceed ±5°. Parameter Name Range...
  • Page 70 Home Elevator Integrated Control Cabinet User Manual 7.2.4 Group P03: Speed control parameters Parameter Name Range Default value Unit Property P03-00 Re-leveling speed 0.020 to 0.080 0.040 × This parameter sets the speed of elevator re-leveling. This parameter is valid when the re-leveling function (set by P12-09) is enabled by the addition of the door pre-open module.
  • Page 71 Chapter 7 Parameter Explanation 7.2.5 Group P04: Vector control parameters Parameter Name Range Default value Unit Property P04-00 Speed loop proportional gain 1 0 to 100 × P04-01 Speed loop integral time 1 0.01 to 10.00 0.60 × P04-02 Switchover frequency 1 0.00 to P04-05 2.00 ×...
  • Page 72 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property integral time to achieve faster response with minimal overshoot. When both switchover frequency 1 and switchover frequency 2 are set to 0, only P04-03 and P04-04 are valid.
  • Page 73 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property P04-14 Torque acceleration time 1 to 500 × P04-15 Torque deceleration time 1 to 3000 × This parameter group sets the time for the acceleration/deceleration of the torque current. When the car stops, different situations may occur due to different characteristics of the masters: (1) Certain type of masters may produce an abrupt clunk when current is applied at startup.
  • Page 74 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P04-31 IF function selection 0, 1 × 0: DC positioning; 1: IF rotation. Parameter Name Range Default value Unit Property P04-32 IF DC setting angle 0 to 360 °...
  • Page 75 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property P05-02 sets the acceleration rate of the elevator speed curve (constant acceleration stage). P05-03 sets the time for the acceleration increasing from 0 to the value of P05-02 in the speed curve (increasing acceleration stage).
  • Page 76 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Fig. 7-2 Speed curve Fig. 7-3 Acceleration/Deceleration curve Parameter Name Range Default value Unit Property P05-08 Special deceleration 0.200 to 1.500 0.900 m/s² × P05-08 sets the deceleration rate in level 4 fault, inspection, shaft auto-tuning, re-leveling, and end floor correction.
  • Page 77 For low-speed elevators, there may be only one pair of slowdown switches in general; for high-speed elevators, there may be two or three pairs. The Smile3000-V Home Elevator Integrated Control Cabinet supports up to 3 pairs of slowdown switches. They can be installed in the order of level 1, level 2, and level 3 from the two ends to the middle of the shaft.
  • Page 78 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Parameters (P05-16 to P05-18) set the values of the zero-speed current output holding time, the brake delay time, etc. P05-16 sets the value of the time between the RUN contactor output and the brake contactor output. During this time interval, excitation is applied to the motor by the controller, and the controller outputs large zero-speed current to start the torque.
  • Page 79 The Smile3000-V Home Elevator Integrated Control Cabinet employs 16 low-voltage DI (X1 to X16), 3 high-voltage DI (XS1 to XS3), and 1 AI (Ai/M). All the low-voltage input points share the same COM terminal, and accept DC 24 V current.
  • Page 80 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property terminal or whether the function is currently enabled. Parameter Name Range Default value Unit Property P06-25 XS1 function selection × P06-26 XS2 function selection 0 to 7 ×...
  • Page 81 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property In a fire emergency state, the system sends a feedback signal when the car arrives at the fire emergency floor and the door opens to facilitate fire control. 05: Door machine 1 door open signal output 06: Door machine 1 door close signal output 07: Door machine 2 door open signal output 08: Door machine 2 door close signal output...
  • Page 82 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property voltage. 17: Elevator up running signal The system outputs signal for elevator upward running. 18: Lighting/Fan operation output This output serves for the control of the lighting and fan. It is the same with the CTB energy-saving control output.
  • Page 83 Chapter 7 Parameter Explanation Electromagnetic lock Up running input in P06.06=9 output (during manual P06.39=21 inspection door open) Down running input in Power-on contactor output P06.07=10 inspection (modification prohibited) ULS up slowdown signal P06.08=116 DLS down slowdown P06.09=117 signal 7.2.8 Group P07: CTB terminal parameters Parameter Name Range...
  • Page 84 P07-24 This parameter group serves for the settings of the input X terminals of the expansion cards. The Smile3000-V system supports up to two expansion cards to increase the input points in the control cabinet and car. Definitions of the NO settings (0 to 99 for NO; for NC, an addition of 100 on NO) for functions are shown below: 0: Reserved;...
  • Page 85 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property 5: Door 2 close P07-30 CTB output Y6 (C3) × 6: Door 2 forced P07-31 CTB output Y7 (D1) × close P07-32 CTB output Y8 (D2) × 7: Upper arrival gong 8: Lower arrival gong P07-33 CTB output Y9 (E1)
  • Page 86 Home Elevator Integrated Control Cabinet User Manual 7.2.9 Group P08: Door machine parameters setting Parameter Name Range Default value Unit Property P08-00 The number of door machines 1 to 2 × P08-00 sets the number of the door machines. The user may set the value of this parameter according to the actual number of the door machines used.
  • Page 87 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property P08-08 sets the door close protection time. When the system sends a door close command and receives no door close limit signal after a certain time span, it re-performs door open/close, and that time span is referred to as the door close protection time and set by P08-08.
  • Page 88 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P08-15 Special door open holding time 10 to 1000 ○ P08-16 Manual door open holding time 1 to 60 ○ P08-17 Forced door close time 5 to 180 ○...
  • Page 89 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property 1: Independent control for hall calls, simultaneous control for car calls; 2: Independent control for hall calls, manual control for car calls; 3: Independent control for both hall calls and car calls. 7.2.10 Group P09: Hall call parameters setting Parameter Name...
  • Page 90 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property 5: Non-service state output 6: Door close button output Parameter Name Range Default value Unit Property Start address of hall call P09-04 0 to 40 × auxiliary command This parameter sets the start address of hall calls for the rear door in through-type elevators.
  • Page 91 Current car load 0 to 255 P10-02 is a read-only parameter indicating the in-car load. The Smile3000-V series adopts analog sampling of load cell for over-load and full-load judgement as well as the torque current calculation of load cell pre-torque compensation.
  • Page 92 The Smile3000-V cabinet records the shaft position data in the form of pulse number. Each position is represented by a 32-bit binary number, of which the high 16 bits indicate the pulse high bits of the corresponding floor height and the low 16 bits indicate the pulse low bits of the corresponding floor height.
  • Page 93 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property The Leveling plate length 1 of P11-04 records the pulse number corresponding to the effective length of the leveling plate. The Leveling plate length 2 of P11-05 records the distance (and its corresponding pulse number) between the upper leveling sensor and the upper end of the leveling plate, as well as the the distance (and its corresponding pulse number) between the lower leveling sensor and the lower end of the leveling plate.
  • Page 94 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P11-11 Elevator lock-up floor P11-07 to P11-06 × When the elevator enters the lock-up state, the car will return to the lock-up floor. P11-11 sets the lock-up floor. During operation, when the lock-up switch is activated or the set lock-up time starts, the system will cancel all the registered hall calls, complete all the registered car calls, return to the lock-up floor, suspend automatic elevator service, and turn off the in-car lighting and fan.
  • Page 95 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property (floor 17 to 32) 0 to 65535 P11-17 Service floor 3 65535 × (floor 33 to 40) This parameter group sets the service floors in the range of floor 1 to 40. The service floor 1 of P11-15 serves the range of floor 1 to 16;...
  • Page 96 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P11-20 applies to the situation where the bottom floors of the two parallel-controlled elevators are not consistent with each other. Parallel control is available via the setting of this parameter and there is no need to re-adjust the top/bottom floor or re-perform shaft auto-tuning.
  • Page 97 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property the following values: 0: Full collective selective, which means the elevator responds to the up/down hall calls; 1: Down collective, which means the elevator responds to the down hall calls only and rejects up hall calls;...
  • Page 98 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P11-37 Time-based service 2 service floor 3 0 to 65535 65535 ○ Parameters (P11-28 to P11-37) define two time periods for time-based service and set the corresponding service floors.
  • Page 99 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property floor are valid, and the car returns to the peak time service floor when it is idle. Set Bit7 of P12-09 to 1 to enable the parallel/group control peak time service function; set Bit7 to 0 to disable the function.
  • Page 100 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property When the down slowdown and the up leveling are enabled and the down leveling is disabled, it is recognized as lower limit. JP16 serves as the input panel for rear door selection: when P08-20 is set to 2, this parameter is JP16 serving as rear door valid;...
  • Page 101 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Duplicated commands To set the function of the duplicated commands used as accessibility (parameter valid only when Bit14 is valid): Bit13 function and rear door 1: accessibility; 0: rear door. function Car call command duplication: A: When the parameter is invalid, CN7 is used for...
  • Page 102 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property When the elevator arrives at the target floor, the Bit11 Display blinking at arrival in-car display blinks to alert, and the blinking advance time is set by P6.47. The input of door open delay is valid during the Door re-open upon door Bit12...
  • Page 103 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property not output in door open, but outputs in door close. Cancellation of E50 fault When Bit7 is set to 1, the system does not perform Bit7 inspection E50 fault inspection. Cancellation of inspection When enabled, the system does not perform the Bit8...
  • Page 104 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property in the attendant state when a hall call is registered. When a hall call is registered, the buzzer alert Continuous buzzer alert in Bit6 starts and continues till a car call is registered on the attendant state the same floor.
  • Page 105 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property JP22 is used to activate the forced running by firefighter. During firefighter operation, activate the JP22 input and press the door close button at the same Leave from the fire time;...
  • Page 106 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Definition Description Default Bit0 Direction Direction setting setting based on based on Direction load automatic of the (heavy-load calculation Direction nearest direction (heavy-load Bit1 parking running, for direction floor load cell...
  • Page 107 0 to 3 ○ There are three LEDs on the MCB of the Smile3000-V Home Elevator Integrated Control Cabinet. The LED display can be changed through the modification of this parameter by the user. The method of modification is shown below.
  • Page 108 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property P13-01 Running display 1 to 65535 65535 ○ PA.01 sets the display of the running status parameters on the operating panel during elevator operation. 15 running status parameters are available on the display during elevator operation, which correspond respectively to the 15 binary numbers of P13-01.
  • Page 109 Rated speed: the maximum running speed allowed in the current elevator state, measured in m/s; Bus voltage: the value of the DC bus voltage of the Smile3000-V controller, measured in V; Output voltage: the effective value of the equivalent voltage of the PWM waveform output by the Smile3000-V controller, measured in V;...
  • Page 110 Communication timeout 0 to 60 × This group is dedicated to the parameter setting of the Smile3000-V controller RS232 serial port for the host computer monitoring software communication. P15-00 sets the Baud rate of the serial port communication. P15-02 sets the current local address. The values of P15-00 and P15-02 shall be consistent with the values of the corresponding serial port, which is the precondition for the normal communication of the serial ports.
  • Page 111 Chapter 7 Parameter Explanation 7.2.17 Group P16: Time parameters setting Parameter Name Range Default value Unit Property Idle time before return to main P16-00 0 to 240 ○ floor This parameter sets the allowed time span for being idle. When the car has been idle for the set time span, it starts to return to the parking floor. Parameter Name Range...
  • Page 112 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property This parameter group sets the current date and time for the system. These parameters set the internal time for the control system. Timekeeping is available during power off.
  • Page 113 P17-03 sets the number of times for the system to perform random running. The Smile3000-V controller provides automatic random running function. P17-03 is used to set the number of times for the system to generate a random target floor and perform automatic running. If the value exceeds 60000, the automatic random running will continue till P17-03 is set to 0.
  • Page 114 Home Elevator Integrated Control Cabinet User Manual P17-06 is used for heavy-load test run. When the test run finishes, please set the parameter value to 0 to prohibit overload operation function. Parameter Name Range Default value Unit Property P17-07 Limit enable 0, 1 ○...
  • Page 115 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property possesses a similar pulse number corresponding to its floor height. 7.2.20 Group P20: Leveling adjustment setting Parameter Name Range Default value Unit Property 0：Disabled P20-00 Leveling adjustment mode × 1：Leveling adjustment start P20-00 is used to disable/start the leveling adjustment function.
  • Page 116 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Adjust the leveling using the method below: Before adjustment, make sure that the shaft auto-tuning is completed, and the normal-speed running performance is normal; Set P20-00 to 1 to start the in-car leveling process; hall calls will be shielded; the car will be transported to the top floor and the door will stay open;...
  • Page 117 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Display ”13” P21-10 Floor 10 display 0100 ○ 22: Display ”23” Floor 11 to floor 30 display Larger than 22: No display P21-31 Floor 31 display 0301 ○ P21-32 Floor 32 display 0302 ○...
  • Page 118 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property 17A, first, set P21-18 to 0710 (to display “7A”); then, set the highest bit display, such as setting PE.65 to 180 (that means the highest bit of the floor, of which the address is 18, is displayed as “1”). Set Bit0 of P8.14 to 1;...
  • Page 119 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property D01-01 Feedback speed 0.000 to 4.000 D01-02 Bus voltage 0 to 999.9 D01-03 Current position 0.00 to 300.00 D01-04 Output current 0 to 999.9 D01-05 Output frequency 0.00 to 99.99 D01-06 Torque current 0 to 999.9...
  • Page 120 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property The five LED digits are respectively represented by 1, 2, 3, 4, and 5 from right to left as shown in the following figure. Digit 1 indicates the status of door 1, digit 2 and digit 3 are reserved, and digit 4 and digit 5 indicate the elevator state.
  • Page 121 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Shorting door lock circuit Start speed stage contactor output Shorting motor stator contactor output, RUN 02, 03 Acceleration start section contactor output Zero speed holding Linear acceleration section Brake contactor output 05, 06, 07 Acceleration end section Stable speed running Curve running...
  • Page 122 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Fig. 7-7 D01-16 system state 2 display Parameter Name Range Default value Unit Property D01-17 Input status 6 0 to 65535 D01-18 Input status 7 0 to 65535 D01-19 Output status 3 0 to 65535...
  • Page 123 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Running time for maximum floor D01-25 0 to 200 distance This parameter sets the time required for the fast-speed running from the bottom floor to the top floor. The minimum values of D01-25+10s and P16-02 serve as the reference time for motor running time protection.
  • Page 124 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property from right to left. Digit 5 and 4 indicate a function of an input/output terminal; digit 3 indicates whether this function is enabled (1) or disabled (0); digit 1 and 2 provide 16 LED segments to indicate the overall status of the 16 functions of the parameter.
  • Page 125 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Safety circuit feedback Upper limit signal Door lock circuit feedback Lower limit signal RUN contactor feedback Overload signal Brake contactor feedback Full-load signal Fig. 7-9 D02-00 input status example Input status 2 (D02-01) is displayed using the method described below: Definition Definition...
  • Page 126 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Fig. 7-10 D02-01 input status 2 display Input status 3 (D02-02) is displayed using the method described below: Definition Definition Reserved Fire emergency floor switchover Door 1 safety edge input Dummy floor input Door 2 safety edge input Reserved...
  • Page 127 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Fig. 7-12 D02-03 input status 4 display Input status 5 (D02-04) is displayed using the method described below: Definition Definition Reserved...
  • Page 128 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Fig. 7-13 D02-04 input status 5 display Output status 1 (D02-05) is displayed using the method described below: Definition Definition Reserved Door machine 2 door close Brake contactor and RUN contactor RUN contactor output normal...
  • Page 129 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Definition Definition Higher-voltage brake release output Reserved Elevator up running signal Reserved Lighting/Fan output Reserved Medical disinfection output Reserved Car stop in non-door zone Reserved Electromagnetic lock output Reserved Non-service state Reserved Rescue running end output...
  • Page 130 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Fig. 7-16 Terminal state monitoring D02-07 terminal state display Inspection Up level-1 Door machine 1 Reserved signal slowdown signal light curtain Up leveling Inspection up Down level-1 Door machine 2 RUN contactor signal...
  • Page 131 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property button output 1 button display curtain status Hall call Door open Door open Door open delay Door lock signal elevator limit 1 delay button button display lock-up input Hall call fire Door open Direct arrival Door open...
  • Page 132 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Door 1 close limit Reserved Door 2 close limit Reserved Full-load input Reserved Fig. 7-17 D03-00 car input status display Car output display of D03-01 is explained below: Definition Definition Lighting and fan...
  • Page 133 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property D03-02 Hall state 0 to 65535 D03-03 System status 1 0 to 65535 This parameter group is used to display the hall state and the system status. The display method is the same with that of the MCB input/output display.
  • Page 134 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property Attendant switch Reserved Direction switch Reserved Independent switch Reserved Fire emergency 2 switch Reserved Fig. 7-20 D03-03 system status 1 display 7.2.26 Group D04: Communication status Parameter Name Range...
  • Page 135 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property Fig. 7-21 Hall call communication status check As shown in Fig. 7-21, the display status of LED digit 3, 4, and 5 indicates that the hall call communication of floor 11 is normal. Press the Up/Down button to change the display of LED digit 4 and 5 to check the communication status of other floors.
  • Page 136 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property CANbus and Modbus D04-05 Communication status ○ communication status monitoring This parameter is used to monitor the CTB CANbus communication status and the HOP Modbus communication status. When entering the D04-05 menu, the LED display on the keypad indicates the current HOP communication status.
  • Page 137 Chapter 7 Parameter Explanation 7.2.27 Groups E00 to E01: Fault recording parameters Parameter Name Range Default value Unit Property E00-00 First fault 0 to 9999 ○ E00-01 Subcode of first fault 0 to 65535 ○ E00-02 Month and day of first fault 0 to 1231 MM.DD ○...
  • Page 138 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property E01-02 Month and day of the last fault 0 to 1231 MM.DD Hour and minute of the last E01-03 0 to 23.59 HH.MM fault Logical information of the last E01-04 0 to 65535 fault...
  • Page 139 Chapter 7 Parameter Explanation Parameter Name Range Default value Unit Property E01-22 Input status 5 of the last fault 0 to 65535 E01-23 Output status 1 of the last fault 0 to 65535 E01-24 Output status 2 of the last fault 0 to 65535 E01-25 Car input status of the last fault 0 to 65535 Car output status of the last...
  • Page 140 Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Default value Unit Property E10-14 Output torque the tenth fault 0 to 200.0 E10-15 Output power the tenth fault 0.00 to 99.99 Communication interference E10-16 0 to 65535 the tenth fault Encoder interference the tenth E10-17 0 to 65535...

  • Page 141: Chapter 8 Fault Removal

    Chapter 8 Fault Removal 8.1 Fault type The Smile3000-V Home Elevator Integrated Control Cabinet provides nearly 70 warnings and protective measures. The controller real-time monitors various input signals, operating conditions, external feedback information, etc. Once an abnormality occurs, corresponding protective functions are activated, and the controller displays fault codes.

  • Page 142: Fault Code And Troubleshooting

    Home Elevator Integrated Control Cabinet User Manual available after 3 seconds upon stop. 5A: Stop the car immediately when it is running at a low speed; re-start is • Display fault code prohibited. Level 5 • Fault relay action command output 5B: No stop when the car is running at a •...
  • Page 143 Chapter 8 Fault Removal Code Description Cause Solution Type shaft is fixed and secured without any twisting or instability during high-speed operation; ④ Check whether the encoder is correctly and reliably wired; The phase sequence in Interchange the motor UVW phases, and motor connection is re-perform the motor auto-tuning;...
  • Page 144 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type acceleration/deceleration rate. rate in the acceleration/deceleration section ① Check whether any power failure occurs during running; Instantaneous power failure upon power ② Check whether the connection is supply input reliable for all the power supply input cables;...
  • Page 145 Chapter 8 Fault Removal Code Description Cause Solution Type twisting or instability during high-speed operation; ④ Check whether the encoder is correctly and reliably wired; The phase sequence in Interchange the motor UVW phases, and motor connection is re-perform the motor auto-tuning; incorrect.
  • Page 146 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type Confirm that the motor internal winding is The motor is damaged. normal; ① Check whether the brake is released, and whether the brake power supply is Excessive external normal;...
  • Page 147 Chapter 8 Fault Removal Code Description Cause Solution Type ① Check the motor parameters and the encoder installation angle for any wrong settings, and re-perform the motor Motor auto-tuning is not auto-tuning; performed properly. ② If the fault occurs during a slip experiment, perform the slip experiment using the slip function;...
  • Page 148 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type incorrectly. auto-tuning; ① Check whether the value of encoder pulses per revolution is set correctly; ② Check whether the encoder signal is interfered with, whether the encoder cables have independent ducting, whether the cables are too long, and whether the shield is grounded at one end;...
  • Page 149 Chapter 8 Fault Removal Code Description Cause Solution Type power cable UVW phases, and re-perform cable UVW phase the dynamic tuning; sequence. Subcode 4: AB and CD ① Check whether the value of encoder are both in the same pulses per revolution is set correctly; direction with the power ②...
  • Page 150 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type correction; ① Perform no-load dynamic auto-tuning; AB and CD are in ② Modify the encoder direction different Directions. parameters, and re-perform the motor auto-tuning; Reserved Reserved Reserved Reserved Reserved Reserved Current zero-drift...
  • Page 151 Chapter 8 Fault Removal Code Description Cause Solution Type AC drive; ① Replace the clock battery; Subcode 1: MCB clock RTC clock fault information abnormal ② Replace the MCB; Subcode 1/2/3: MCB data Data storage Contact the agent or manufacturer; abnormal storage is abnormal.
  • Page 152 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type normal-speed running ② Check the parameter settings exceeds the limit. according to the nameplate, and re-perform the motor auto-tuning; Subcode 2: The speed exceeds the limit during Lower the speed in inspection, or inspection or shaft re-perform the motor auto-tuning;...
  • Page 153 Chapter 8 Fault Removal Code Description Cause Solution Type Subcode 4/14/24: An absence of shaft auto-tuning is detected upon running start-up in the distance control mode. Subcode 5: The elevator Check whether the elevator running running direction and the direction is consistent with the pulse pulse change are change in P11-03 (P11-03 increases in up inconsistent.
  • Page 154 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type floor. plate is absent; ① Check whether the upper/lower leveling sensors are correctly wired; Subcode 16: The upper and lower leveling signals ② Check whether the spacing between are reversed.
  • Page 155 Chapter 8 Fault Removal Code Description Cause Solution Type the brake travel switch 1/2 is normal; Subcode 10: The output of the brake contactor 2 is inconsistent with the brake 2 feedback status. Check whether the feedback circuit of the Subcode 11: The output of brake travel switch 1/2 is normal;...
  • Page 156 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type certain time span. Subcode 4: Fan motor overheat. ① Check the NO/NC setting of external Subcode 5: The external faults; fault signal remains ② Check the input state of the external active for 2 s.
  • Page 157 Chapter 8 Fault Removal Code Description Cause Solution Type same time during when the elevator arrives at the end floor elevator downward in a normal fashion; running. Subcode 1: The lower limit ① Check the signal status (NO/NC) of the switch acts during lower limit switch;...
  • Page 158 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type re-leveling. Subcode 2: The Check whether the encoder is used re-leveling running speed properly; exceeds 0.1 m/s. Subcode 1: During re-leveling, the shorting door lock circuit contactor outputs continuously for 2 s, but the feedback is invalid or the door lock is disconnected.
  • Page 159 Chapter 8 Fault Removal Code Description Cause Solution Type that the door does not ② Check whether the CTB output is close to the limit reaches normal; the value set by P08-09. ③ Check whether the door close limit signal and the door lock signal are normal; Subcode 1: Leveling signal ①...
  • Page 160 Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type contacts are inconsistent, or the signal status of door lock 1 and door lock 2 are inconsistent. Subcode 5: Door lock 1 shorting signal is active upon shorting door lock circuit output 3 s after door open output.
  • Page 161 Chapter 8 Fault Removal Code Description Cause Solution Type by P08-07. Subcode 1: The door open limit signal is active during running. ① Check the NO/NC setting of the door Subcode 2: The door open/close signal; close limit signal is inactive during running.

  • Page 162: Fault Signal And Countermeasures

    Home Elevator Integrated Control Cabinet User Manual Code Description Cause Solution Type Reserved Reserved Reserved ① Check whether the load cell analog input (P10-00) is set correctly; Subcode 1: The load cell ② Check whether the analog input cable Analog input analog input is disconnected of the CTB or MCB is connected correctly;...

  • Page 163: Chapter 9 Care And Maintenance

    Chapter 9 Care and Maintenance Chapter 9 Care and Maintenance 9.1 Daily inspection The elevator control cabinet is a major component in an elevator system. The maintenance and repair shall be implemented in strict accordance with local laws, regulations, and industrial requirements. 9.1.1 Items for daily inspection □√...

  • Page 164: Routine Maintenance

    Home Elevator Integrated Control Cabinet User Manual 9.2 Routine maintenance Regular maintenance mainly targets the areas that are difficult to inspect during daily maintenance and daily operations. 9.2.1 Items for routine maintenance □√ Item □ Check for any loose screws. □...

  • Page 165: Chapter 10 Options

    Chapter 10 Options Chapter 10 Options 10.1 List of options If any of the following optional components is needed, please specify when ordering. Table 10-1 List of options Name Model Function Integration of car top lighting, inspection control, car top Integrated car Smile3000-CTH-D02 control and standard option of intermediate relay for manual...

  • Page 166: Integrated Car Top Box Smile3000-Cth-D02

    Home Elevator Integrated Control Cabinet User Manual 10.2 Integrated car top box Smile3000-CTH-D02 The integrated car top box Smile3000-CTH-D02 is specially engineered for use in home elevators. In addition to common elevator control functions, this car top box further expand its functionality with manual door relay, car top slowdown signal input, car top final limit signal input, and signal input of the home elevator dedicated mechanical stop device.
  • Page 167 Chapter 10 Options The control center of Smile3000-CTH-D02 is comprised of a control board Smile300-CTB-C and an interface board Smile3000-JTB-A. The terminal layout of Smile3000-JTB-A is illustrated below: DEN2 DEN1 EDP2 EDP1 INSP INSP1 SUP2 SUP1 COB2 COB1 Fig. 10-2 Smile3000-JTB-A terminal layout Table 10-2 Smile3000-JTB-A terminal definition and description Terminal Definition...
  • Page 168 Home Elevator Integrated Control Cabinet User Manual Terminal Definition Description 301 for +24 V DC power supply; 302 for 24 V negative; X19 for up leveling signal; X20 for down leveling signal; for use when Leveling signal the leveling signal device is installed on the car top; only one leveling signal is used in home elevators.
  • Page 169 Chapter 10 Options Terminal Definition Description control). In-car fan overheat 301 for 24 V power supply; X11 for fan overheat input protection (connection allowed when thermal protection exists). Car top lighting, car 507 for 220 V AC; 508 for 220 V AC negative; PE for grounding top socket protection 507 for 220 V AC;...
  • Page 170 Home Elevator Integrated Control Cabinet User Manual Terminal Definition Description 123, 125, 130, 131A, 132, 133, 134, 160, and 161 for safety circuit (home elevators adopt 24 V DC for safety circuit, and standard elevators adopt 110 V AC for safety circuit). SGC1 for door lock input;...

  • Page 171: Car Control Board

    Chapter 10 Options Terminal Definition Description protection signal; C1 for door open command output signal; C2 for door close command output signal; B3 for forced door close output signal; CM for common terminal of output. 301 for 24 V DC power supply; 302 for 24 V DC power supply negative;...
  • Page 172 Home Elevator Integrated Control Cabinet User Manual RS485 PLAY Fig. 10-3 Smile3000-CCB-C terminal layout (unit: mm) Table 10-3 Smile3000-CCB-C terminal definition and description Terminal Name Description Function Pin 1: +24 V DC internal power supply Pin 2: +24 V DC internal power J1 to J20 J1 to J20 Button input socket...
  • Page 173 Chapter 10 Options Terminal Name Description Function supply Multi-functional input 5 +24 V DC internal power +24VDC supply Multi-functional input 6 +24 V DC internal power +24VDC supply Multi-functional input 7 +24 V DC internal power +24VDC supply Multi-functional input 8 +24VDC +24 V DC internal power supply...
  • Page 174 Home Elevator Integrated Control Cabinet User Manual Terminal Name Description Function Power supply ground Announcement test PLAY shorted pin TEST Announcement test signal TF Micro SD card slot for TF Micro Installation of announcement installation of Slot Micro SD card announcement Micro SD card 10.3.2 Car control board Smile3000-CCB-D...
  • Page 175 Chapter 10 Options Table 10-4 Smile3000-CCB-D terminal definition and description Terminal Name Description Function 24 V DC internal power Button input terminal supply J1 to J5 for button input 24 V DC power supply J1 to J8 J6 for door open button input J7 for door close button input Button input J8 for door open delay input...
  • Page 176 Home Elevator Integrated Control Cabinet User Manual Terminal Name Description Function MOD+ 485 communication MOD+ 12 V DC emergency power supply DC12 12 V DC power supply Communication signal L DC12 12 V DC power supply USB burning RS485 device connection terminal terminal BOOT Software burning pull-up...

  • Page 177: Display Board Smile3000-Hcb-R1

    Chapter 10 Options 10.4 Display board Smile3000-HCB-R1 Fig. 10-5 Smile3000-HCB-R1 appearance and dimensions (unit: mm) Table 10-5 Smile3000-HCB-R1 terminal function description Terminal Definition Wiring Up running call button terminal: Pin 2 and Pin 3 are for digital input wiring (up running button switch control);...
  • Page 178 Home Elevator Integrated Control Cabinet User Manual Terminal Definition Wiring Fire emergency and elevator lock-up switch terminal: Pin 1 and Pin 2 are for elevator lock-up input; Pin 3 and Pin 4 are for fire emergency input. For floor address setting: Short J1, and press the up/down call button to set the floor address;...

  • Page 179: Chapter 11 Applications

    Chapter 11 Applications Chapter 11 Applications 11.1 Emergency rescue function This control cabinet provides multiple safety functions, including intelligent automatic emergency rescue, automatic emergency rescue at power failure, emergency rescue using an electric brake release device, and one-key remote emergency rescue. The following sections describe the application scenarios of each function.

  • Page 180: Car Top Lighting/Fan Operating Box Control

    Home Elevator Integrated Control Cabinet User Manual 11.1.3 Operations of the electric brake release device The electric brake release function is used in the state when the main switch on the operating panel is disconnected and the power supply of the control cabinet is completely cut off. The ARD system must be activated manually.

  • Page 181: Elevator Lock-Up Function

    Chapter 11 Applications Function code Name Value Default The parameter is set to 1 (Lighting/fan not controlled 0: Lighting/fan controlled by by external switches); bit5: Lighting/fan control external switches during non-energy-saving P12.14 mode 1: Lighting/fan not controlled time, the lighting/fan by external switches function is enabled;...
  • Page 182 Home Elevator Integrated Control Cabinet User Manual Method One: lock-up signal input via HOP Table 11-1 Lock-up signal input via HOP Terminal Function definition Terminal wiring Terminal for fire emergency switch and elevator lock-up switch: Smile3000-HCB-R1 XF/ST Pin 1 and Pin 2 are for elevator lock-up signal input;...

  • Page 183: Full-Load/Overload Function

    Chapter 11 Applications 11.4 Full-load/Overload Function 11.4.1 Function description Overload: (1) The buzzer tweets; (2) The door can not be closed even upon pressing the door close button; (3) In-car display of overload indication “OL” or “OVERLOAD”; (4) The full-load indication “FL” is displayed in the hall. Full-load: (1) The full-load indication “FL”...
  • Page 184 Home Elevator Integrated Control Cabinet User Manual Type Wiring diagram Parameter When the analog load cell switch is used, load cell auto-tuning must be performed; otherwise, the analog load cell switch cannot be used. Perform the overload/full-load auto-tuning as instructed in Fig. 11-1.
  • Page 185 Chapter 11 Applications Type Wiring diagram Parameter The full-load signal and the overload signal must be connected to X23 and X24 respectively. Digital signal P06-23=5 connected to P06-24=114 the MCB 11.4.3 Related parameters Parameters related to the full-load/overload auto-tuning of the analog load cell switches are described as follows: Parameter Name...

  • Page 186: Time-Based Floor Service

    Home Elevator Integrated Control Cabinet User Manual Parameter Name Range Description load cell Parameter setting of the digital full-load/overload switches Type Parameter Name Range Value 0: Disabled 1: Car call digital input Setting of Load cell input P10-00 2: Car call Analog input input type selection 3: MCB analog input...
  • Page 187 Chapter 11 Applications Parameter Name Range Default P11-28 Start time of time-based floor service 1 00.00 to 23.59 00.00 P11-29 End time of time-based floor service 1 00.00 to 23.59 00.00 Service floor 1 of time-based floor P11-30 0 to 65535 65535 service 1 Service floor 2 of time-based floor...

  • Page 188: Running Test

    Home Elevator Integrated Control Cabinet User Manual 11.6 Running test 11.6.1 Function description The running test parameters are set to facilitate the elevator commissioning and maintenance, including: (1) Car/Hall call test; (2) Random running test; (3) Running test with certain functions disabled (hall call, door open, overload, and limit) Before the normal-speed running test, ensure that the shaft is clear, and the safety circuits, door lock circuits, and shaft switches work normally.

  • Page 189: Anti-Nuisance Function

    Chapter 11 Applications If the test parameters are set via the keypad P-8, E88 will be displayed. (1) P-1: Target floor input After entering the P1 data menu via PRG/UP/SET button, the LED displays the smallest floor number (as shown in the system function parameter table P11-07). Use UP button to set the target floor in the range from the smallest floor number to the biggest floor number.

  • Page 190: Accessibility Function

    Home Elevator Integrated Control Cabinet User Manual nuisance exists when the number of car calls exceeds 3. 11.7.2 Related parameters Parameter Name Range Default P00-05 Rated load 300 to 9999 1000 Bitt0: Nuisance judged by load cell (enable the analog load cell or the load cell switch to use this function) P10-05 Anti-nuisance function...
  • Page 191 Chapter 11 Applications 11.8.2 Wiring In-car disability operating panel: Fig. 11-2 Disability operating panel wiring diagram 1 Terminal CN8 serves as the interface for the disability operating panel (set Bit12 of P11.49 to enable the function). Fig. 11-3 Disability operating panel wiring diagram 2 Connect the disability operating panel to the rear end of the car call control board (set Bit13 and Bit14 of P11.49 to enable the function).
  • Page 192 Home Elevator Integrated Control Cabinet User Manual 11.8.3 Related parameters Parameter Name Range Default Bit0: Accessibility function Bit12: Single-door car call auxiliary command terminal used for accessibility function P11-49 Program control selection 1 Bit13: Duplicated commands used as accessibility function (1) and rear door function (0) Bit14: Car call command duplication P08-15...

  • Page 193: Double-Door Control Solutions

    Chapter 11 Applications 11.9 Double-door control solutions (1) Scenarios Apply the through-type door control when double-door control is required on-site. (2) Solution description The Smile3000 cabinet provides four modes of double-door control. Table 11-2 Double-door control mode Type Door control mode Description Simultaneous control of front and rear The front and rear doors act simultaneously...
  • Page 194 Home Elevator Integrated Control Cabinet User Manual ① Car call control board wiring Fig. 11-4 Car call control board wiring diagram ② Instructions on hall call configuration Fig. 11-5 Hall call configuration 1 (2) Related parameters Parameter setting Hall call Service Control board Mode...
  • Page 195 Chapter 11 Applications Parameter setting Hall call Service Control board Mode Door control mode address Mode Other floor wiring setting selection parameters (N>P11-06) CN7 on CTB; to 20; Connect the Rear door hall Independent control rear door control call Mode for hall calls;...
  • Page 196 Home Elevator Integrated Control Cabinet User Manual Control board wiring of mode 1/2/3 is shown as follows: Fig. 11-6 Car call control board wiring diagram of mode 1/2/3 Control board wiring of mode 4 is shown as follows: Fig. 11-7 Car call control board wiring diagram of mode 4...
  • Page 197 Chapter 11 Applications ② Instructions on hall call configuration Fig. 11-8 Hall call configuration for 15-floor through-type elevator Front door hall call addresses are set to 1 to 15; rear door hall call addresses are set to 17 to 31 (each with an addition of 16).

  • Page 198: Manual Door

    Home Elevator Integrated Control Cabinet User Manual Parameter setting Hall call Service Control board Type Door control mode address Mode Other floor wiring setting selection parameters hall calls control board to CN7 of the CTB; connect the rear door control board to the rear of the front door control...
  • Page 199 Chapter 11 Applications Wiring of the electromagnetic lock control circuit: Fig. 11-10 Electromagnetic lock control circuit wiring diagram (2) Parameter setting Parameter Value Function Remark P11-49 Bit6=1 Manual door function enabled - Manual door close limit P06-26 X26 input function definition detection P06-27 Manual door lock detection...

  • Page 200: Appendix Warranty And Service

    Megmeet. (2) In case of any abnormalities, please seek assistance by contacting the product supplier or Megmeet. (3) During the warranty period, any abnormalities caused by manufacturing and design defects will be repaired free of charge by our company.

This manual is also suitable for:

Smile3000-v-2s1.2Smile3000-v-2s2.2Smile3000-v-2s3.7Smile3000-v-4t5.5

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