To Next PageTo Next Page
Need help?Do you have a question about the STEP AS380 Series and is the answer not in the manual?
General| Brand | STEP |
|---|---|
| Model | AS380 Series |
| Category | Controller |
| Language | English |
Compact structure, high reliability, easy-to-use, cost-efficiency.
Dual 32-bit microprocessors for operation and drive control.
Double safety protection for control and drive processors for maximum safety.
Anti-interference capacity exceeds highest industrial standards.
CAN bus communication for easy system connection and data transmission.
Advanced direct landing technology for more efficient elevator running.
Multifunctional operation modes meet various customer needs.
Supports traditional and destination floor distribution group control.
Vector control for well-adjusted motor speed and comfort.
Compatibility with both synchronous and asynchronous motors.
Ensures excellent starting comfort even without counterweight.
Uses ABZ encoder for synchronized control and non-load compensation.
Reduces motor noise and machine loss with PWM dead band compensation.
Reduces motor noise using dynamic PWM carrier modulation.
Automatic phase tuning for synchronous motors without encoder.
Simplified motor parameter acquisition for asynchronous motors.
6th generation hardware with high temperature resistance and long life.
Covers voltage grades, motor compatibility, capacity, and floor support.
Lists items to check after opening the case, including transportation damage.
Illustrates the model number structure with an example.
Details the information found on the integrated drive controller nameplate, see Fig 1.2.
Lists critical safety notices and warnings to be observed.
Provides important operational guidelines and precautions.
Details the configuration table for external brake resistors for AS380 integrated drive controllers.
Warns against installing capacitors or piezoresistors at the output side due to potential damage.
Specifies that the device is only applicable within its rated voltage scope.
States that three-phase input cannot be changed to two-phase input.
Explains derated application for altitudes above 1000m due to heat dissipation.
Shows a circuit tag for synchronous sealing star delay.
Confirms compliance with Low Voltage Directive and EC Directives.
Provides guidelines for the disposal of capacitors and plastic components.
Lists the model list of AS380 series integrated drive controllers.
Provides detailed technical specifications for AS380 series integrated drive controllers.
Details installation dimensions and mass for AS380 series drive controllers.
Provides critical instructions for installing the AS380 series integrated drive controller.
Specifies the conditions for the installation location to ensure proper operation.
Outlines the necessary clearances and positioning for installation.
Lists standard and optional functions of the AS380 series integrated drive controller.
Describes standard elevator operation functions and their setting methods.
Details standard functions like Selective Control, Inspection Travel, and Self-rescue Travel.
Describes optional functions like Door Pre-opening and Door-opening and Releveling.
Shows typical terminal wiring diagrams for integrated drive controllers and peripheral equipment.
Presents an example of a typical wiring configuration for an elevator integrated drive controller.
Lists important items and precautions for connecting peripheral equipment.
Details technical requirements for wire arrangement of peripheral equipment.
Explains cable requirements and arrangement for hoist ways.
Describes wiring methods between call boards and communication lines.
Details the arrangement of hoist-way switches based on elevator speed.
Explains the installation requirements for leveling inductors and magnet vanes.
Describes the main circuit terminal layout, labeling, and wire specifications.
Shows the physical arrangement of the main circuit terminals.
Provides a table detailing the function of each main circuit terminal mark.
Specifies the conductor type, specification, and fastening torque for main circuit wiring.
Illustrates the composition of the main circuit with a diagram.
Provides detailed descriptions for main circuit terminal wiring, including grounding.
Outlines measures to suppress noise and improve anti-interference performance.
Explains the use of specialized noise filters at the output side for noise suppression.
Describes how to arrange main circuit wiring to suppress radiated interference.
Suggests installing noise filters on both sides and shielding the controller.
Discusses the relationship between wiring length and carrier frequency for optimal performance.
Details the layout and functional description of control circuit terminals.
Shows the physical layout of control circuit terminals with labels.
Provides a table with the functional description of various control circuit terminals.
Explains the setting methods for dip switches SW2 and SW3.
Specifies the wire type and fastening torque for control circuits.
Lists important items to note for control circuit terminal wiring.
Details the wiring for different types of PG cards.
Describes the terminal line-up and function specification for the Incremental ABZ 12V PG card.
Shows the terminal layout for the incremental ABZ 12V PG card.
Labels the terminals on the incremental ABZ 12V PG card.
Provides the functional specification for the incremental ABZ 12V PG card terminals.
Details wire requirements for PG card input and encoder output.
Describes the SIN/COS PG card, its terminal line-up, and function specification.
Shows the terminal layout for the SIN/COS PG card.
Labels the terminals on the SIN/COS PG card.
Provides the functional specification for the SIN/COS PG card terminals.
Illustrates the wiring between the SIN/COS PG card and the encoder.
Describes the encoder signal transformation cable for SIN/COS PG cards.
Describes the Incremental ABZ 5V PG card, its terminal line-up, and function specification.
Shows the terminal layout for the incremental ABZ 5V PG card.
Labels the terminals on the Incremental ABZ 5V PG card.
Provides the functional specification for the Incremental ABZ 5V PG card terminals.
Describes the Endat absolute PG card and its terminal specifications.
Shows the terminal layout for the Endat absolute PG card.
Labels the terminals on the Endat absolute PG card.
Provides the functional specification for the Endat absolute PG card terminals.
Illustrates the wiring between the Endat absolute PG card and the encoder.
Offers precautions for PG card terminal wiring, emphasizing separation and grounding.
Describes the appearance and definition of the 7-segment display operator.
Explains the 27 LED indicator lights on the 7-segment display operator.
Details the functions of the 9 buttons located below the operator display.
Guides the user on how to navigate and operate the controller.
Illustrates the one-level menu structure and navigation keys.
Explains how to switch between menus and interpret the display.
Describes how to use the MENU and ESC keys to navigate between LED functions and elevator status.
Provides a table mapping LED display symbols to numbers and letters.
Introduces the LCD handheld operator as a tool for system adjustment and maintenance.
Describes the components and general functions of the LCD handheld operator.
Explains the connection method between the handheld operator and the integrated unit.
Details the outer appearance and operation key functions of the handheld operator.
Classifies and describes the main display interfaces of the handheld operator.
Lists the different types and main content of the display interfaces.
Guides users through the steps to view elevator status after power on, including login.
Explains how to switch between functions using the F1 key and the menu structure.
Provides steps to check various monitor statuses, like failure history and drive conditions.
Guides users on how to set parameters, using F11 and input type as examples.
Explains how to observe and register hall calls and car instructions using the operator.
Details functions related to intelligent debugging, such as leveling adjustment.
Guides on how to perform leveling adjustments using the intelligent adjustment menu.
Explains the car switch self-study process for learning various switch statuses.
Describes the process of uploading and downloading parameters using a handheld operator and USB.
Introduces the SM.02/H car top control board, its outside view, and installation dimensions.
Shows the external view and installation dimensions of the SM.02/H car top control panel.
Lists the plug-in specifications and port definitions for the SM 02/H car top control panel.
Introduces the SM09I0/B car top extension board, its view, and installation dimensions.
Shows the external view and installation dimensions of the SM09IO/B car top extension board.
Details the plug-in specifications and port definitions for the SM09IO/B extension board.
Introduces the SM.02/G car controller panel, its view, and installation dimensions.
Shows the external view and installation dimensions of the SM02/G car controller panel.
Details the plug-in specifications and port definitions for the SM.02/G car control board.
Introduces the SM-03 instruction control board, its view, and installation dimensions.
Shows the external view and installation dimensions of the SM-03 instruction control board.
Details the plug-in specifications and port definitions for the SM-03 instruction controller board.
Introduces various call and display control boards.
Describes the SM.04VR/K call & display control board, its view, and installation dimensions.
Describes the SM-04-HSC call & display control board, its outside view, and mounting dimensions.
Introduces the SM-04-VHL call & display control board, its view, and mounting dimensions.
Introduces the SM-04-UL call & LCD control board, its outside view, and installation size.
Introduces the SM-04-VL car call & LCD control board, its outside view, and mounting dimensions.
Shows the external view and installation dimensions of the SM-04-VL/B3 in-car unit.
Introduces the SM-04-VSD call & LED display control panel, its outside view, and installation dimension.
Introduces the SM-04-VRJ call & LED display, its outside view, and installation dimension.
Lists performance displays and corresponding codes for car and landing displays.
Introduces the SM.GC/C group control board, its system structure, and basic features.
Depicts the system structure of the group control system with its components.
Highlights features like centralized control, 8-elevator support, and CAN-BUS communication.
Details main functions like Homing, Dispersion Waiting, Up Peak, Down Peak, and Non-service floor control.
Explains the signal flow for call buttons and their light control.
Describes the principles of call signal processing and elevator dispatch based on penalty scores.
Addresses how the system handles elevator faults or power outages.
Provides an overview of the SM.GC/C group control board and its components.
Shows the outline view and identifies key components of the group control board.
Lists and describes the main components of the group control board.
Provides dimensional drawings of the group control board.
Details the electrical specifications, including switching input and communication ports.
Specifies the requirements for switching input, such as number of points and voltage.
Details the specifications for the communication port.
Defines the input and output interfaces for the JP2 and JP3 ports.
Guides on setting service floor parameters for elevators in a group.
Explains how to set extended parameters like waiting delays and homing settings.
Details how to set real-time clock and timed functions for group control.
Describes how to view group control version information.
Provides instructions and precautions for using the old version checkbox.
Lists parameters F00 to F28 with factory setup, scope, and units.
Defines key function parameters (F0-F11) and illustrates their position in the S curve operation.
Provides flowcharts for elevator adjustment and setting procedures.
Details crucial checks to perform before applying power to the system.
Lists checks for connections, resistance, power lines, and grounding.
Outlines procedures for powering on the system and performing checks.
Lists checks for earthing short circuits and grounding before power application.
Describes checks to perform after applying power, including terminal voltages and circuits.
Guides on configuring system parameters and performing motor self-study.
Details the process of setting system basic parameters and performing a parameter reset.
Explains how to perform self-study for motor parameters, especially for induction motors.
Provides instructions for testing the elevator's slow car functions.
Lists points to confirm in the engine room before slow car run and preparations for express car.
Details the steps for performing inspection operations from the car top.
Guides on checking CAN communication lines and setting SM-04 board addresses.
Explains the procedure for adjusting door opening and closing operations.
Describes the process and importance of hoistway self-study.
Provides a step-by-step method for performing hoistway self-study.
Outlines the steps for performing express car operations and safety tests.
Details the procedure for testing the express car run, including checks for normal operation.
Covers safety tests for the safety loop, door lock loop, and adhesion protection.
Discusses factors affecting elevator comfort and methods for adjustment.
Lists electrical and mechanical factors influencing elevator comfort.
Guides on adjusting mechanical factors like slideway and electrical factors like PID parameters.
Explains how to regulate elevator leveling accuracy after comfort adjustment.
Details basic conditions for ensuring elevator leveling, including sensor installation.
Guides on confirming stop position accuracy and adjusting deck boards.
Explains how to adjust parameters like F56 and F57 for leveling adjustments.
Provides installation standards for leveling switches.
Details methods for adjusting pre-load weighing compensation at elevator start.
Explains how to use the DTZZ-III-DC-SC weighing device for start compensation.
Guides on using non-DTZZ-III-DC-SC weighing devices for start compensation.
Describes simple compensation using light-load and heavy-load switches.
Guides on activating or commissioning other functions using parameter F settings.
Provides fault codes and analysis for the AS380 series integrated drive controller.
Analyzes fault codes and possible causes for the AS380 drive system.
Outlines the company's warranty policy and services for the integrated drive controller.
Lists information required when reporting product damages or troubles.
Provides guidelines for external visual inspection during routine maintenance.
Details items and methods for periodic inspection, emphasizing safety precautions.
Discusses noise types and their effects on peripheral equipment.
Shows different types of noise that the drive controller produces.
Refers to an attached figure for transmission paths of noise.
Lists basic measures for suppressing noise, such as cable arrangement and filtering.
Specifies requirements for laying control and power cables to prevent interference.
Details how to lay cables separately and perpendicularly to minimize coupling.
Discusses cable size requirements to manage ground capacitance and leakage current.
Recommends using high-frequency low-impedance shielded and armored cables.
Explains the correct method for installing shielded cables, including grounding.
Outlines grounding methods and precautions for optimal performance and safety.
Refers to a figure for the grounding method of a ground pole, suggesting an optimal approach.
Lists precautions for grounding connections, including cable size, length, and separation.
Recommends providing surge suppressors for noise-producing devices.
Explains leakage current and countermeasures, including ground and line-to-line leakage.
Discusses ground leakage current, its causes, and suppression measures.
Addresses line-to-line leakage current and its potential effects.
Describes methods for suppressing radiated emission from connecting cables and cabinet outlets.
Provides guidance on using power line filters for noise protection.
Explains the functions of power line filters in inhibiting interference.
Lists precautions for installing power line filters correctly.
Describes EMC zoning for installing the drive controller and peripherals to minimize interference.
Provides notices for electric installation to meet EMC directive requirements.
Confirms the AS380 series controller's compliance with EMC directives and standards.
Lists function parameters (F00-F34) with factory setup, scope, and units.
Provides a list of fault codes, descriptions, and their possible causes and solutions.
States compliance with European Low Voltage Directive and related standards.
Lists EMC standards that the AS320 series inverter product meets.
Mentions the company's quality management system aligned with ISO9001 standards.
