The document provides a technical manual for the T2200P weighing indicator, including:
- Specifications for the indicator such as resolution, operating temperature range, and connectivity options.
- Instructions for installation, including connecting load cells and power supply.
- Descriptions of the indicator keys and display.
- Procedures for basic weighing operations and functions like parts counting, check weighing, and memory.
The document discusses integral and derivative control modes. It explains that integral control eliminates offset errors by allowing the controller to adapt to changing conditions over time. The integral term accumulates the error over time by summing the error and multiplying by a gain. Derivative control responds to the rate of change of error and is useful for anticipating changes, but can cause instability if not carefully tuned.
This document discusses self-tuning controllers and internal model control (IMC). It describes self-tuning controllers as controllers where the parameters in the process model are updated online as new data is acquired, allowing the controller settings to adapt. IMC is presented as a control design technique that uses an internal model of the process to design a controller that is stable and robust even with process changes. The key aspects of IMC include specifying a process model, model uncertainty, input type, and performance objective. The document outlines the basic IMC control structure and how it works to track setpoints and reject disturbances.
This document describes floating control mode in industrial processes. In floating control mode, the controller output does not have a unique value determined by the error - it "floats" at its current setting when error is zero. There are two main types: single speed, where the output changes at a fixed rate when error exceeds the neutral zone, and multiple speed, where the output rate increases as deviation exceeds certain limits. Equations are provided to model the behavior of single and multiple speed floating control modes.
Este documento trata sobre los controladores y sistemas de control. Explica los diferentes tipos de controladores como manuales, eléctricos y digitales, y los principales tipos de sistemas de control como sí/no, proporcional, proporcional derivativo, proporcional integral y proporcional integral derivativo. También describe los conceptos de compensación, compensadores en serie y en paralelo, y los procedimientos para diseñar compensadores en adelanto usando el método de lugar de las raíces.
Este documento describe los conceptos básicos de la automatización mediante controladores lógicos programables (PLC). Explica que los PLC son computadoras industriales programables que aceptan señales de entrada y generan salidas para controlar máquinas y procesos. También describe las ventajas de los PLC sobre otros métodos de automatización como su flexibilidad, facilidad de programación y menor costo. Finalmente, explica la estructura básica de un PLC incluyendo sus secciones de entrada, salida y unidad central de procesamiento.
Poles and Zeros of a transfer function are the frequencies for which the value of the denominator and numerator of transfer function becomes zero respectively
El documento presenta una introducción general sobre los controladores lógicos programables (PLC) industriales. Explica brevemente la evolución histórica de los PLC desde la década de 1970 hasta la actualidad y describe sus principales aplicaciones en diferentes industrias y áreas. También define los objetivos y funciones básicas de la automatización industrial mediante PLC, como aumentar la producción, disminuir costos y mejorar la calidad, entre otros.
The document discusses integral and derivative control modes. It explains that integral control eliminates offset errors by allowing the controller to adapt to changing conditions over time. The integral term accumulates the error over time by summing the error and multiplying by a gain. Derivative control responds to the rate of change of error and is useful for anticipating changes, but can cause instability if not carefully tuned.
This document discusses self-tuning controllers and internal model control (IMC). It describes self-tuning controllers as controllers where the parameters in the process model are updated online as new data is acquired, allowing the controller settings to adapt. IMC is presented as a control design technique that uses an internal model of the process to design a controller that is stable and robust even with process changes. The key aspects of IMC include specifying a process model, model uncertainty, input type, and performance objective. The document outlines the basic IMC control structure and how it works to track setpoints and reject disturbances.
This document describes floating control mode in industrial processes. In floating control mode, the controller output does not have a unique value determined by the error - it "floats" at its current setting when error is zero. There are two main types: single speed, where the output changes at a fixed rate when error exceeds the neutral zone, and multiple speed, where the output rate increases as deviation exceeds certain limits. Equations are provided to model the behavior of single and multiple speed floating control modes.
Este documento trata sobre los controladores y sistemas de control. Explica los diferentes tipos de controladores como manuales, eléctricos y digitales, y los principales tipos de sistemas de control como sí/no, proporcional, proporcional derivativo, proporcional integral y proporcional integral derivativo. También describe los conceptos de compensación, compensadores en serie y en paralelo, y los procedimientos para diseñar compensadores en adelanto usando el método de lugar de las raíces.
Este documento describe los conceptos básicos de la automatización mediante controladores lógicos programables (PLC). Explica que los PLC son computadoras industriales programables que aceptan señales de entrada y generan salidas para controlar máquinas y procesos. También describe las ventajas de los PLC sobre otros métodos de automatización como su flexibilidad, facilidad de programación y menor costo. Finalmente, explica la estructura básica de un PLC incluyendo sus secciones de entrada, salida y unidad central de procesamiento.
Poles and Zeros of a transfer function are the frequencies for which the value of the denominator and numerator of transfer function becomes zero respectively
El documento presenta una introducción general sobre los controladores lógicos programables (PLC) industriales. Explica brevemente la evolución histórica de los PLC desde la década de 1970 hasta la actualidad y describe sus principales aplicaciones en diferentes industrias y áreas. También define los objetivos y funciones básicas de la automatización industrial mediante PLC, como aumentar la producción, disminuir costos y mejorar la calidad, entre otros.
The document discusses the development of control systems from manual to PLC control. It provides details on traditional control devices like relays, contactors, and motor starters. It then describes the different types of control systems including PLC, DCS, and PC-based controls. The remainder of the document focuses on PLC systems, their components, functions, advantages, disadvantages and applications in industries like food processing. It also discusses the history and development of PLCs and lists some major PLC brands.
Este documento describe los diferentes tipos de controladores, incluyendo controladores analógicos, digitales y híbridos. También explica las diferentes acciones de control como control de dos posiciones, control proporcional, integral, derivativo y combinaciones de estos. El objetivo principal de un controlador es mantener una variable controlada dentro de rangos previamente establecidos mediante la detección y corrección de errores.
Este documento presenta una introducción a la automatización industrial, incluyendo conceptos como sistemas de control, señales, acondicionamiento de señales y adquisición de datos. Explica diferentes tipos de control de sistemas, señales y sensores, así como las funciones del acondicionamiento de señales como amplificación, filtrado y linealización. También describe elementos comunes de sistemas de acondicionamiento como NI SCXI, SCC y sistemas 5B.
El DIAC es un dispositivo semiconductor bidireccional que se comporta como dos diodos zener conectados en serie y orientados en forma opuesta. Normalmente no conduce electricidad pero lo hace cuando se alcanza su tensión de disparo, permitiendo la conducción necesaria para disparar un TRIAC o tiristor. El DIAC se utiliza principalmente para controlar la potencia mediante el control de la fase en la corriente alterna.
A current to pressure (I/P) converter converts an analog current signal of 4-20 mA to a proportional pneumatic pressure output of 3-15 psig. It is used in pneumatic control systems to translate electrical control signals into precise, repeatable pressure values that can control pneumatic actuators. The I/P converter has a rugged zinc cast housing and requires an external power supply and compressed air source. It works using an electromagnetic force balance principle with a flapper-nozzle assembly, and has zero and span adjustments for field calibration. I/P converters are commonly used in industrial processes to control levels, flows, pressures, temperatures and other process variables.
Acciones básicas de control y controladores automáticos industrialesEdgar Ortiz Sánchez
El documento describe los diferentes tipos de controladores analógicos industriales y sus acciones de control básicas. Explica que los controladores se pueden clasificar según su acción de control, como de dos posiciones, proporcional, integral, proporcional-integral, proporcional-derivativo o proporcional-integral-derivativo. También describe brevemente los componentes básicos de un sistema de control automático y los principios de funcionamiento de los controladores neumáticos e hidráulicos.
Reporte de la primera práctica realizada para la materia de Temas Selectos de Automatización de la Licenciatura en Ingeniería en Mecatrónica de la Benemérita Universidad Autónoma de Puebla en el periodo de Primavera 2017, en la cual se implementó un control analógico de temperatura.
A smart transmitter contains a microprocessor that allows for self-diagnostics, non-linear compensation, remote re-ranging without recalibration, and digital communication over a network. HART transmitters can communicate digitally by superimposing a digital signal on top of the 4-20 mA analog signal without interrupting it. Calibration of smart transmitters is still important to maintain accuracy over time as electronic components can drift, even though they are advertised as very accurate.
Tabla de codigos de identificacion de instrumentos. isa s5Luis Aleman
Este documento presenta una tabla de códigos de identificación de instrumentos ISA-S5. La primera letra indica la variable medida o función principal del instrumento, mientras que las letras sucesivas proporcionan información adicional sobre lecturas, funciones de salida, modificaciones y más. La tabla asigna un significado específico a cada combinación de letras para identificar de manera única el tipo y propósito de diferentes instrumentos.
Un PLC o controlador programable es un computador industrial dedicado que controla elementos de salida basados en el estado de las entradas y un programa desarrollado por el usuario. Los PLCs vienen en diferentes tamaños y formas como fijos, modulares y distribuidos. Funcionan leyendo las entradas, ejecutando el programa y activando las salidas según la lógica implementada mediante instrucciones como AND, OR y otros operadores lógicos.
Este documento describe las normas ISA para simbología y diagramas de instrumentación. Explica que la norma ISA-S5.4 establece los requisitos mínimos para diagramas de lazos de instrumentación, incluyendo la identificación de conexiones, localización de dispositivos, fuentes de alimentación y acción en caso de falla. También cubre los símbolos comúnmente usados para instrumentos, válvulas, actuadores y otros componentes en diagramas de lazos.
La fuente de poder conmutada usa el circuito híbrido STR5412 para regular la tensión de salida. El STR5412 funciona como un interruptor de corriente en serie controlado por los transistores Q1, Q2 y Q3. El transformador chopper genera tensión para polarizar a Q1 y conmutar la corriente. La fuente se sincroniza con el pulso del flyback para proporcionar energía cuando se requiere. El procedimiento de diagnóstico incluye medir la continuidad de componentes clave y reemplazar el STR5412 si es necesario
1. The document discusses different types of controllers used in industrial processes including proportional (P), integral (I), derivative (D), PI, PID, and their basic concepts and circuit diagrams.
2. Analog controllers use operational amplifiers as building blocks and provide advantages like compact size, fast response, high reliability and accuracy.
3. PID controllers combine proportional, integral and derivative actions to provide fast response, zero steady-state error and ensure stable system operation, though their optimization can be complex. PID controllers are commonly used for temperature and pressure control.
La unidad aritmética-lógica (ALU) es un circuito digital que realiza operaciones aritméticas y lógicas en un sistema electrónico. Se encuentra en dispositivos como microprocesadores y relojes digitales, y procesa datos binarios almacenados en la memoria según las instrucciones de la unidad de control. Está compuesta de un circuito operacional, registros de entrada y acumulador, y realiza funciones como suma, resta, AND, OR y desplazamientos de bits.
Este documento introduce los conceptos básicos de la lógica de escalera utilizada en los PLC. Explica el método de exploración de PLC, los símbolos y dispositivos comúnmente utilizados en la programación de lógica de escalera como contactos NO y NC, bobinas, registros y relés. También describe cómo crear y evaluar un programa de lógica de escalera.
Este documento describe los diferentes tipos de registradores, incluyendo registradores gráficos galvanométricos y potenciométricos, registradores ultravioleta, de fibra óptica y de cinta magnética. También explica cómo funcionan los registradores neumáticos y los data loggers, y brevemente describe el sistema HACCP.
El documento describe los diferentes tipos de diagramas electrónicos, incluyendo diagramas esquemáticos, pictóricos, de bloques y de alambrado. Explica que un diagrama esquemático representa un circuito electrónico con símbolos para mostrar las conexiones, mientras que un diagrama pictórico usa la apariencia real de los componentes.
Este documento describe un experimento para implementar una memoria SRAM6116. Se escribieron palabras en la memoria y se utilizó un contador para mostrar las palabras almacenadas en el display de 7 segmentos. Se comprobaron los ciclos de lectura y escritura de la memoria SRAM y se aplicaron buffers triestado durante el ciclo de escritura.
The document provides details on test programs that can be run on ERBE ICC 50, ICC 80, and ICC BIPOLAR electrosurgical units, including programs to check components, calibrate outputs, and set user preferences. It also lists error codes that the units can display, providing explanations of possible issues and guidance on troubleshooting and resolving problems.
Hướng dẫn sử dụng Ampe kìm với 100A với đo nhiệt độ hồng ngoại và Bluetooth E...Tenmars Việt Nam
Hướng dẫn sử dụng Ampe kìm với 100A với đo nhiệt độ hồng ngoại và Bluetooth Extech EX845
http://extech.vn/vi/products/amper-k%C3%ACm-acdc
http://extech.vn/vi/products/amper-k%C3%ACm-acdc/extech-ex845---ampe-k%C3%ACm-ac-dc-1000a-v%E1%BB%9Bi-%C4%91o-nhi%E1%BB%87t-%C4%91%E1%BB%99-h%E1%BB%93ng-ngo%E1%BA%A1i-v%C3%A0-bluetooth
The document discusses the development of control systems from manual to PLC control. It provides details on traditional control devices like relays, contactors, and motor starters. It then describes the different types of control systems including PLC, DCS, and PC-based controls. The remainder of the document focuses on PLC systems, their components, functions, advantages, disadvantages and applications in industries like food processing. It also discusses the history and development of PLCs and lists some major PLC brands.
Este documento describe los diferentes tipos de controladores, incluyendo controladores analógicos, digitales y híbridos. También explica las diferentes acciones de control como control de dos posiciones, control proporcional, integral, derivativo y combinaciones de estos. El objetivo principal de un controlador es mantener una variable controlada dentro de rangos previamente establecidos mediante la detección y corrección de errores.
Este documento presenta una introducción a la automatización industrial, incluyendo conceptos como sistemas de control, señales, acondicionamiento de señales y adquisición de datos. Explica diferentes tipos de control de sistemas, señales y sensores, así como las funciones del acondicionamiento de señales como amplificación, filtrado y linealización. También describe elementos comunes de sistemas de acondicionamiento como NI SCXI, SCC y sistemas 5B.
El DIAC es un dispositivo semiconductor bidireccional que se comporta como dos diodos zener conectados en serie y orientados en forma opuesta. Normalmente no conduce electricidad pero lo hace cuando se alcanza su tensión de disparo, permitiendo la conducción necesaria para disparar un TRIAC o tiristor. El DIAC se utiliza principalmente para controlar la potencia mediante el control de la fase en la corriente alterna.
A current to pressure (I/P) converter converts an analog current signal of 4-20 mA to a proportional pneumatic pressure output of 3-15 psig. It is used in pneumatic control systems to translate electrical control signals into precise, repeatable pressure values that can control pneumatic actuators. The I/P converter has a rugged zinc cast housing and requires an external power supply and compressed air source. It works using an electromagnetic force balance principle with a flapper-nozzle assembly, and has zero and span adjustments for field calibration. I/P converters are commonly used in industrial processes to control levels, flows, pressures, temperatures and other process variables.
Acciones básicas de control y controladores automáticos industrialesEdgar Ortiz Sánchez
El documento describe los diferentes tipos de controladores analógicos industriales y sus acciones de control básicas. Explica que los controladores se pueden clasificar según su acción de control, como de dos posiciones, proporcional, integral, proporcional-integral, proporcional-derivativo o proporcional-integral-derivativo. También describe brevemente los componentes básicos de un sistema de control automático y los principios de funcionamiento de los controladores neumáticos e hidráulicos.
Reporte de la primera práctica realizada para la materia de Temas Selectos de Automatización de la Licenciatura en Ingeniería en Mecatrónica de la Benemérita Universidad Autónoma de Puebla en el periodo de Primavera 2017, en la cual se implementó un control analógico de temperatura.
A smart transmitter contains a microprocessor that allows for self-diagnostics, non-linear compensation, remote re-ranging without recalibration, and digital communication over a network. HART transmitters can communicate digitally by superimposing a digital signal on top of the 4-20 mA analog signal without interrupting it. Calibration of smart transmitters is still important to maintain accuracy over time as electronic components can drift, even though they are advertised as very accurate.
Tabla de codigos de identificacion de instrumentos. isa s5Luis Aleman
Este documento presenta una tabla de códigos de identificación de instrumentos ISA-S5. La primera letra indica la variable medida o función principal del instrumento, mientras que las letras sucesivas proporcionan información adicional sobre lecturas, funciones de salida, modificaciones y más. La tabla asigna un significado específico a cada combinación de letras para identificar de manera única el tipo y propósito de diferentes instrumentos.
Un PLC o controlador programable es un computador industrial dedicado que controla elementos de salida basados en el estado de las entradas y un programa desarrollado por el usuario. Los PLCs vienen en diferentes tamaños y formas como fijos, modulares y distribuidos. Funcionan leyendo las entradas, ejecutando el programa y activando las salidas según la lógica implementada mediante instrucciones como AND, OR y otros operadores lógicos.
Este documento describe las normas ISA para simbología y diagramas de instrumentación. Explica que la norma ISA-S5.4 establece los requisitos mínimos para diagramas de lazos de instrumentación, incluyendo la identificación de conexiones, localización de dispositivos, fuentes de alimentación y acción en caso de falla. También cubre los símbolos comúnmente usados para instrumentos, válvulas, actuadores y otros componentes en diagramas de lazos.
La fuente de poder conmutada usa el circuito híbrido STR5412 para regular la tensión de salida. El STR5412 funciona como un interruptor de corriente en serie controlado por los transistores Q1, Q2 y Q3. El transformador chopper genera tensión para polarizar a Q1 y conmutar la corriente. La fuente se sincroniza con el pulso del flyback para proporcionar energía cuando se requiere. El procedimiento de diagnóstico incluye medir la continuidad de componentes clave y reemplazar el STR5412 si es necesario
1. The document discusses different types of controllers used in industrial processes including proportional (P), integral (I), derivative (D), PI, PID, and their basic concepts and circuit diagrams.
2. Analog controllers use operational amplifiers as building blocks and provide advantages like compact size, fast response, high reliability and accuracy.
3. PID controllers combine proportional, integral and derivative actions to provide fast response, zero steady-state error and ensure stable system operation, though their optimization can be complex. PID controllers are commonly used for temperature and pressure control.
La unidad aritmética-lógica (ALU) es un circuito digital que realiza operaciones aritméticas y lógicas en un sistema electrónico. Se encuentra en dispositivos como microprocesadores y relojes digitales, y procesa datos binarios almacenados en la memoria según las instrucciones de la unidad de control. Está compuesta de un circuito operacional, registros de entrada y acumulador, y realiza funciones como suma, resta, AND, OR y desplazamientos de bits.
Este documento introduce los conceptos básicos de la lógica de escalera utilizada en los PLC. Explica el método de exploración de PLC, los símbolos y dispositivos comúnmente utilizados en la programación de lógica de escalera como contactos NO y NC, bobinas, registros y relés. También describe cómo crear y evaluar un programa de lógica de escalera.
Este documento describe los diferentes tipos de registradores, incluyendo registradores gráficos galvanométricos y potenciométricos, registradores ultravioleta, de fibra óptica y de cinta magnética. También explica cómo funcionan los registradores neumáticos y los data loggers, y brevemente describe el sistema HACCP.
El documento describe los diferentes tipos de diagramas electrónicos, incluyendo diagramas esquemáticos, pictóricos, de bloques y de alambrado. Explica que un diagrama esquemático representa un circuito electrónico con símbolos para mostrar las conexiones, mientras que un diagrama pictórico usa la apariencia real de los componentes.
Este documento describe un experimento para implementar una memoria SRAM6116. Se escribieron palabras en la memoria y se utilizó un contador para mostrar las palabras almacenadas en el display de 7 segmentos. Se comprobaron los ciclos de lectura y escritura de la memoria SRAM y se aplicaron buffers triestado durante el ciclo de escritura.
The document provides details on test programs that can be run on ERBE ICC 50, ICC 80, and ICC BIPOLAR electrosurgical units, including programs to check components, calibrate outputs, and set user preferences. It also lists error codes that the units can display, providing explanations of possible issues and guidance on troubleshooting and resolving problems.
Hướng dẫn sử dụng Ampe kìm với 100A với đo nhiệt độ hồng ngoại và Bluetooth E...Tenmars Việt Nam
Hướng dẫn sử dụng Ampe kìm với 100A với đo nhiệt độ hồng ngoại và Bluetooth Extech EX845
http://extech.vn/vi/products/amper-k%C3%ACm-acdc
http://extech.vn/vi/products/amper-k%C3%ACm-acdc/extech-ex845---ampe-k%C3%ACm-ac-dc-1000a-v%E1%BB%9Bi-%C4%91o-nhi%E1%BB%87t-%C4%91%E1%BB%99-h%E1%BB%93ng-ngo%E1%BA%A1i-v%C3%A0-bluetooth
This document provides instructions for operating a digital clamp meter. It includes specifications for the meter such as its display, accuracy, measurement functions, and safety information. The key functions of the meter are described, including how to make current, voltage, resistance, diode, continuity, and non-contact voltage measurements. Battery replacement instructions and safety warnings are also provided.
The EL-PM01 Energy Meter is designed to monitor and measure electrical loads between 5W and 3680W. It displays the current time, load power usage, total energy used, and accrued energy costs. The Energy Meter allows for setting two cost tariffs and displays current usage information, total usage statistics, and operating instructions. It is intended for indoor use only to monitor 230V AC power loads between 10°C and 40°C.
- The document provides instructions for calibrating the voltage measurement, overvoltage protection setting, voltage on setting, and voltage off setting of a Model 63610-80-20 DC load.
- The calibration involves selecting a task from the calibration menu, entering voltage values measured on a DVM at various output voltages and ranges into the firmware, and saving the entries.
- Special considerations are given for accessing the internal hardware of the dual channel unit to perform tasks like I MON, V MON, and external waveform calibration.
The document provides instructions for using the Fluke Model 712 RTD Calibrator. It can simulate and measure seven different types of RTDs and resistance in degrees Celsius, Fahrenheit, or ohms. The three-page summary describes how to turn it on and select input or output mode, choose an RTD type or resistance range, and connect it to an RTD or ohmmeter for simulation or measurement. It also provides maintenance instructions and specifications for accuracy, measurement ranges, resolution, power source, and more.
The document is an operating manual for an ADE electronic column scale that describes setup, operation, functions like tare and BMI measurement, cleaning, and technical specifications. The scale can weigh up to 250 kg in 50 g increments, has a display, keypad, and runs on either batteries or a mains power adapter.
Medidor digital de presion 680 UserManual.pdfJuanRios958368
This document provides information about an ADT680 digital pressure gauge, including its basic structure, keypad functions, display features, start-up screen, menu setup and configuration, calibration process, troubleshooting, specifications, and other technical details. The gauge combines wireless data logging with a compact industrial design and advanced technology, making it suitable for applications requiring high accuracy pressure measurement. It has a 5-digit pressure display, menu icons, and engineering units that can be selected via the keypad. Calibration involves inputting pressure values at two points to define the gauge's measurement range. Custom units and other settings can be configured through the gauge's menu system.
This document provides instructions for using Imada digital torque wrenches and testers. It details specifications, operation modes, programming, data output, memory functions, and other features. The warranty covers defects for two years but has restrictions. The manual outlines safety information and proper use of the devices.
This document provides installation and calibration instructions for the ED3/ED4-EP SkidWeigh Plus electric pallet truck check weighing system. It describes how to install the pressure transducer and digital indicator, make electrical connections, and calibrate the weighing function by lifting known empty and loaded weights. The system measures load weight based on hydraulic pressure readings during lifting and provides this information on the digital indicator display.
1. The document provides installation instructions for the Netthings energy monitor, which communicates wirelessly between the controller and display.
2. It describes installing the controller and display, connecting current transducers and pulse cables, and setting up the system by inputting channel details and verifying all connections are recording energy usage correctly.
3. Troubleshooting tips are provided to check for issues with pulse recordings, activity on the display, and general problems like powering on the units or incorrect time settings.
This document provides information about the functions and operation of a digital temperature controller. It describes the display units including PV, SV, and alarm indicators. It explains the auto-tuning function that automatically sets PID constants. It outlines the set data lock function to prevent changes to settings. It also details alarm types, input scaling, anti-reset windup, control mode selection and model code information.
Features :
Large LCD Display with Backlight
Measures TRMS-V, TRMS-mA, W, PF, EUT, KWh
Smart Three Pin Socket
Large LCD Display with Backlight
Memory Retention (KWh, EUT)
Simple to use
Easy to handle
Accurate to measure
Electric Pallet Truck Check Weighing & Utilization Monitoring SystemsTed Jurca
This document provides installation and calibration instructions for an ED3/ED4-EP SkidWeigh Plus electric pallet truck check weighing system. It describes installing components like the digital indicator, pressure transducer, and making electrical connections. It also explains how to access the administrative menu to calibrate the weighing function and set up options like the vehicle ID and time/date. The system weighs loads by measuring hydraulic pressure when the forks are lifted and stops them at a preset height for weighing.
The installation instruction in details. The New Product lien we launched early this year. Used in office building, institution architecture and factory
The document provides instructions for calibrating and using the SP-1000 SkidWeigh Plus on-board vehicle weighing system. It describes how to enter calibration mode by logging in with a password, then calibrating the system by lifting empty forks and a known weight load above the ground. It explains the user mode, including starting a session by logging in an operator ID, taking weight readings by lifting loaded forks, and totaling weights under waybill IDs. Functions of the control keys for weighing, taring, totaling, printing, and ending a session are also summarized.
Electric Pallet Truck Scales, Hydraulic Pressure TransducerTed Jurca
This document provides installation and calibration instructions for the ED3/ED4-EP SkidWeigh Plus electric pallet truck scale system. It describes how to install the digital indicator, pressure transducer, and make electrical connections. It explains how to enter the administrative menu to calibrate the system by lifting empty and known weight loads. Finally, it details how the system uses lift accurate technology and a pressure transducer to automatically measure load weights during operation.
This document provides instructions for installing and calibrating an ED3/ED4-EP SkidWeigh Plus check weighing system for electric pallet trucks. It describes the key components, installation process including mounting the pressure transducer and digital indicator, making electrical connections, and accessing the administrative menu to perform calibration. Safety precautions are provided regarding disconnecting batteries and securely mounting components.
This document provides instructions for installing and operating a Z-Wave enabled in-wall roller shutter controller. The controller can switch a connected roller shutter up and down using radio signals, or a directly connected push button. It performs a calibration process to learn the shutter's range of motion and can then remotely position the shutter or report its position. The controller includes and excludes from Z-Wave networks, and supports basic switch and multilevel switch commands to control the shutter.
SenseTek is de specialist op het gebied van bijzondere branddetectie. Waar de mogelijkheden van reguliere detectiesystemen ophouden, beginnen de mogelijkheden van onze systemen. SenseTek Fire & Security Solutions Amsterdam. Handboek voor de installateur van beam detectie. Fireray 3000.
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2. T2200P Series Weighing Indicator Technical Manual
Manufacturer Taiwan Scales Mfg. Co., Ltd
Model T2200
Report No H4M20805-6396-E-11
EMC Directive 2004/108/EC
Applicable Standards EN 55022: 2006, EN 55024: 1998+A1:2001+A2:2003
EN61000-3-2: 2006,
EN 61000-3-3: 1995+A1: 2001+A2:2005
Note: The declaration is only valid if the non-automatic weighing instrument was
verified by the manufacturer or with a certificate of conformity issued by a notified
body.
Taiwan Scale Mfg. Co., Ltd.
282, Sec.3, Hoping W. Rd.
Taipei,
Taiwan
TEL:886-2-23068203
FAX:886-2-23044354
e-mail: tscale@giga.net.tw
W & P Scales Mfg. (Kunshan) Co., Ltd.
No. 99 Shunchang Road
Zhoushi, Kunshan
Jiangsu
China
TEL:86-512-57669080
FAX:86-512-57669100
e-mail: sales@taiwanscale.com
Copyright by Taiwan Scale Mfg. Co., Ltd. All rights reserved. No part of this
publication may be reprinted or translated in any form or by any means without the
prior permission of Taiwan scale.
Taiwan Scale reserves the right to make changes to the technology, features,
specifications and design of the equipment without notice.
All information contained within this publication was to the best of our knowledge
timely, complete and accurate when issued. However, we are not responsible for
misimpressions which may result form the reading of this material.
Visit our Website at: www.taiwanscale.com
2
Declaration of Conformity
3. T2200P Series Weighing Indicator Technical Manual
CONTENTS
1. SPECIFICATIONS………………………………………………………………4
2. INTRODUCTION………………………………………………………………..5
3. INSTALLATION…………………………………………………………………5
Precautions……………………………………………………………………...5
Parts Description………………………………………………………………..6
Installation……………………………………………………………………….7
Load cell Connections………………………………………………………….7
4. KEYS DESCRIPTION…………………………………………………………..8
Key Board………………………………………………………………………..8
Display……………………………………………………………………………9
5. OPERATION…………………………………………………………………...10
5.1 Basic Operation…………………………….…………………………..10
Power On/Off……………………………………………………………..10
Zero………………………………………………………………………..10
Tare…………………….…………………………………………………..10
Select Unit………………………………………………………………10
5.2 Parts Counting……………………………………………………………11
Parts Counting………………………………………………………11
Check Weighing……………….………………………………………….11
5.3 Accumulation………………………….…………………………………..12
5.4 Accumulated Total……………….……………………………………….12
5.5 Memory Recall……………………………………………………………12
5.6 Delete the Memory……………………………………………………….13
5.7 Animal Weighing………………………….……………………………….13
5.8 Change Paper Roll……………………….……………………………….13
6. PARAMETERS………………………………………………………………...14
6.1 Keys Operation in Menu………………………………………………….14
6.2 Parameters………………………………………………………………...15
6.3 Calibration………………………………………………………………….16
6.4 Program Parameters……………………………………………………...17
7. RS-232 OUT PUT……….…………………………………………………….19
8. BATTERY OPERATION….…………………………………………………….23
9. ERROR CODES………………………………………………………………..24
10.DRAWING………………………………………………………………………25
Parts Name……………………………………………………………………..26
3
4. T2200P Series Weighing Indicator Technical Manual
1. SPECIFICATIONS
Dimensions
Specifications
Model T2200P
Resolution 1/30,000
Indicator housing ABS Plastic
Stabilisation Time 1 Seconds typical
Operating Temperature 0°C - 40°C / 32°F - 104°F
Power supply (external) 115 / 230 AC, 120 / 240 AC, 50/60Hz, 10 watts
Calibration Automatic External
Display 24mm LCD display with white LED back light
Keys 7 keys
Interface RS-232 Output Optional
Zero range 0mV~5mV
Signal input range 0~15mV
ADC Sigma delta
Internal counts 600,000
ADC update ≤1/10second
Load cell drive voltage Max 5V/150mA
Load cells Up to 8 cells
4
5. T2200P Series Weighing Indicator Technical Manual
2. INTRODUCTION
The T2200P is a weighing indicator that amplifies signals from a load cell,
converts it to digital data and displays it as a mass value.
It is suitable for general weighing with counting and check weighing functions.
It can connect the indicator to a printer or a PC.
All units include automatic zero tracking, audible alarm for pre-set weights,
automatic tare, and an accumulation facility that allows the individual weights
to be stored and recalled as an accumulated total.
3. INSTALLATION
Precautions
• The weighing indicator is precision electronic instrument. handle
it carefully.
• Do not install the scale in direct sunlight.
• Verify the local voltage and receptacle type are correct for
the scale.
• The mains lead must be connected to a power outlet with a
Protective ground / earth contact. The electrical supply at the
socket outlet must provide over current protection of an
appropriate rating.
• Pluggable equipment must be installed near an easily accessible
socket outlet.
• Avoid sudden temperature changes, vibration, wind and water.
• Avoid heavy RF noise.
• Keep the indicator clean.
5
6. T2200P Series Weighing Indicator Technical Manual
Parts Description
Display
Key Board
Thermal Printer
Load cell Connecter
Interface Connecter
On / Off Switch
Power Socket
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7. T2200P Series Weighing Indicator Technical Manual
Installation
• Place the Indicator on a table or connect with proper stand.
• Connect the plat form load cell cable in to the indicator load cell connecter.
Load cell connecter is locating back side of the indicator.
• Connect the power cable out put pin in to the indicator power socket.
Power socket is locating, right side of the indicator.
• Power cable mains pin connects into your AC power socket.
Pluggable equipment must be installed near an easily accessible socket outlet
with a protective ground/ earth contact.
• Turn on the power switch. On /
Off switch is locating right side of the indicator. Press switch forward to turn
on the indicator. If you want to turn off, press backward the switch.
• Display will be show the scale capacity and will be starting self checking.
• After self checking, display will be come to normal weighing mode.
• Warm-up time of 15 minutes stabilizes the measured values after switching
on.
• Calibrate with exact calibration weights, minimum 1/3 of the scale capacity
want to use for calibration. For calibration see details in parameter.
Then you can start your operation
Load cell connections
• Connect the load cell cables to the terminal as shown below.
• It can connect eight 350 ohm load cells.
• The load cell drive voltage is 5V DC ±5% between
Excitation + and Excitation -.
Description Pin
Signal + 1
Excitation + 5
Signal – 2
Excitation – 4
Shield 3
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8. T2200P Series Weighing Indicator Technical Manual
4. KEYS DESCRIPTION
Key Board
Keys Description
Used to print the results to PC or Printer and accumulation and
when in settings to exit a menu option, to return to normal operating
mode
Used to select the menu function.
Used to select the sample of quantities when in parts counting and
when in settings used to move active digit to left.
Used to select unit weight, parts and total weight when in parts
mode. In settings used to move active digit to right.
To perform a tare function, Subtracts weights
Set the Zero Display. In settings used to confirm/ enter selected
menu.
Used to change weighing unit
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9. T2200P Series Weighing Indicator Technical Manual
Display
9
Stable
Check
weighing
Weighing unit
Parts counting
10. T2200P Series Weighing Indicator Technical Manual
5. OPERATION
Initial Start-up
Warm-up time of 15 minutes stabilizes the measured values after switching on.
5.1. Basic Operation
1. Power On/Off:
Switch on the balance by pressing on/ off key.
The display is switched on and the test is started and if want to switched off,
press backward the key.
2. Zero
Environmental conditions can lead to the balance exactly zero in spite of the
platform not taking any strain. However, you can set the display of your
balance to zero any time by pressing key and therefore ensure that the
weighing starts at zero.
3. Tare
The weight of any container can be tared by pressing button so that with
subsequent weighing the net weight of the object being weighed is always
displayed.
• Load weight on the platform.
• Press key. Zero is displayed, and tare is subtracted.
• Remove weight on the platform. Tared weight is displayed. It can set only one
tare value. It will be shown with a minus value.
• Press G/N to change between gross weight and net weight.
• To clear the tare value, remove the load and press key. Zero is displayed,
tare weight is cleared.
4. Select Unit
Press key to select unit.
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11. T2200P Series Weighing Indicator Technical Manual
5.2. Parts Counting
5.2.1 Parts Counting
If necessary place a container on the platform and press to make zero.
Press key enter the parts counting mode and select the counting options
by pressing .
Display will be shown
p 10 For 10 pieces
P 20 For 20 pieces
P 50 For 50 pieces
P 100 For 100 pieces
P 200 For 200 pieces
Select the counting option and press to confirm.
Then can add more weight display will be show the number of parts.
5.2.2 Check Weighing
It can set an upper or lower limit when weighing with the limits range.
During the limit controls dividing the unit will indicate whether a value
upper or lower limits with an alarm sound .
See details for setting in Parameter f0 h-land f4 off» beep
• Check mode 1: No beep sound in the limits. Function turned off.
• Check mode 2: When the weight is between the limits. OK indicator will
be shown and beeper will be sounded.
• Check mode 3: When the weight is out of the limits, the beeper will be
sounded and OK will shown.
BOTH LIMITS SET
The display will show OK and the beeper will sound when the weight is
between the limits.
LOW LIMIT SET
Set hi is set to zero
The display will show OK and the beeper will sound when the weight is
less than the Low Limit. Above the Low Limit the display will show
HIGH and the beeper will be off.
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12. T2200P Series Weighing Indicator Technical Manual
HIGH LIMIT SET,
Set lo is set to zero
The display will show LOW and the beeper will be off when the weight
is less than the High Limit. Above the High Limit the display will show
OK and the beeper will be on.
LOW IS SET GREATER THAN HIGH
The beeper will never sound and the display will show LOW if the
weight is less than the LOW limit, and HIGH if the weight is greater
than the Low Limit.
Note: The load weight must be greater than 20 scale divisions for the check
weighing operations.
To disable the check weighing function, enter zero into both limits.
5.3. Accumulation
• Place the goods on the platform to be weigh
Wait few seconds for display stable, then press . The value will be saved
and printed (if the printer is connected).
Display will be appear ACC 1. This display will appear two
seconds only.
Remove the load and wait few seconds for display return to zero.
• Place the second goods on the platform.
Wait few seconds for display stable. Then press . The value will be
saved.
Followed by the total number of weight will be displayed ACC 2
It can continue the process until the maximum capacity or value.
Note: When you change the weighing unit this saved values will be clear.
5.4 Accumulated Total
Manually, the scale can be set to accumulation by pressing ,
5.5 Memory Recall
When display of Zero, you can see the number of weighing and total weight
by pressing , display will be shown for two seconds.
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13. T2200P Series Weighing Indicator Technical Manual
5.6 Delete the Memory
When display of Zero, you can see the number of weighing and total weight
by pressing , display will be shown for two seconds. Press during
this display. The memory data are deleted and display will be shown ACC 0
5.7 Animal weighing
KW can use vibrate loads for weighing. This function can use for weigh animals.
• Bring the load on to the platform.
• When the load few seconds get stable, the reading will be locked for
few seconds and will be follow beep.
• It can add or remove loads, also update the weighing locked values.
For this function set parameter P4 CHK to mode2, for settings see details in
parameters.
5. 8 Change paper roll
It can easy change new paper roll.
• Pull the printer roll cover.
• Remove the old roll pin
• Insert the new paper roll.
• Feed the paper, out of the roll cover
• Close the cover
• Normal thermal paper size
Diameter: 47mm
Width : 56mm
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14. T2200P Series Weighing Indicator Technical Manual
6. PARAMETERS
6.1 Keys Operation in Menu
Enter the menu
• In weighing mode, press key
Select the menu
• Press , it can change the menu block one by one.
• Using increase the active digit.
Enter the selected menu
• Press , it can confirm, which will be shown displayed.
Change the digit to left
• Press , it can change the active digit to left.
Change the digit to right
• Press , it can change the active digit to left.
Return to weighing mode
• Press , exit from the menu.
Enter the prog mode
• When display will be shown pi n
• Press , and
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15. T2200P Series Weighing Indicator Technical Manual
6.2 Parameters
Menu Sub-Menu Description
F0 H-L
SET Lo Set lower limit value
SET Hi Set upper limit value.
F1 toL
to CLr Clear the accumulation memory with out
printout
to P-C Print the total accumulation memory and clear
the total memory
to Prt Print the total accumulation and keep all the
memory.
F2 Unt
G Weighing units
Press to choose option on / off
Lb
Oz
Lb oz
F3 ti Set da Set date. The display will be show last date
Enter the new date,
Format :yy. mm. dd
Set ti Set time. The display will be show last time
Enter the new time,
Format : hh. mm. ss
F4 off
Clock Clk of Set clock off
Clk on Set Clock on, after five minutes
stable indicator clock will be
shown
Bl El on Display of back light on
El au Display of back light on
automatically
El off Display of back light off
beep Bp 1 Beep sound off during the
check weighing
Bp 2 Beeper will be sounded with in
the check weighing limits
Bp 3 Beeper will be sounded above
the check weighing limits
F5 ser Noon
Print Set print
P cont Send data continuous
Seire Also send data continuous
Ask Bi- direction , through PC
wirele Set wireless data
Set BAUD rate
After setting the RS 232 mode, display will be shown current
baud rate b XXX. Avail able baud rate: b600, b1200, b2400,
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16. T2200P Series Weighing Indicator Technical Manual
b4800 and b9600 If necessary change the baud rate by
pressing and enter by pressing
Set printer type
Ty-tp Ticket printer
Lp 50 Label printer
F6 prt P prt Pr X M+ format- Date/Time
P Auto Lab X M+ format –Gross/Accumulation
prog pin Enter the programming and calibration menus by
using password
6.3 Calibration
• Turn on the power.
• During the self checking press key, display will be shown Cal
• Enter the password Press , and
• Display will be shown uoload
• Ensure the platform is empty and wait few seconds for stable indicator on.
• Press key to confirm, display will be shown current calibration weight. If
necessary change the value..
• After entering the calibration weight press key to confirm, display will be
shown load
• Place the calibration weight on the platform.
• After stable indicator on, press key to confirm.
• Display will be shown P ass , then will be start self checking and will come to
normal weighing mode.
Note: Calibrate with exact calibration weights, minimum 1/3 of the scale capacity
want to use for calibration.
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18. T2200P Series Weighing Indicator Technical Manual
P1 ref A 2n 0 0 .5 d Automatic zero tracking
Default : 2d
1d
2d
4 d
0-auto P 1 0 Zero setting range, after switching
on the scales to zero.
Default: p1 10
P 1 2
P 1 5
P 1 10
P 1 20
0-rang P 2 2 Zero setting range, the display is set
to zero by pressing
Default: p2 20
P 2 4
P 2 10
P 2 20
P 2 50
P 2 100
speed Spd 7..5. Set AD speed
Default: spd 15
Spd 15
Spd 3 0
Spd 6 0
P 2 cal deci c 0 Set decimal point
C 0.0
C 0.00
C 0.000
C 0.0000
Inc Inc 1 Set the division
Inc 2
Inc 5
Inc 10
Inc 20
Inc 50
Inc 100
Inc 200
Cap XXXXXX Set Capacity
cal Set calibration
P3 pro gra Set Gravity
tri This display will be show XXXXX. For trimming
the load cells, showing primary weight.
It can calculate new rate by this formula
N2=N1+N1x[(K2-K1) /K2].
N1:Primary rate, N2: New rate, K1: Calibrate
weight,K2: Display weight
I nps This display will be show XXXXX for indicating
the internal counts.
reset Reset factory settings
P4 chk Mode 1 Normal weighing mode. (check weighing,
accumulation)
Mode 2 Animal weighing mode. (scale will lock reading
unstable loads, when display get little stable)
Mode 3 This is a subtraction scale (print out “-“ weight)
Mode 4 As the mode 3, but M+ out format different
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20. T2200P Series Weighing Indicator Technical Manual
7. RS-232 OUT PUT
The T2200 Series of can be ordered with an optional RS-232 output.
Basic information
Specifications:
RS-232 output of weighing data
ASCII code
8 data bits
No Parity
Baud rate from 600bps to 9600bps
Connector: 9 pin d-subminiature socket
Pin 2: Input,
Pin 3: Output
Pin 5: Signal Ground
Check weighing output (9 pin d-subminiature socket)
Pin 1: VB
Pin 4: vcc (5V)(output)
Pin 5: com (gnd) public
Pin 6: ok (output)
Pin 7: low (output)
Pin 8: hi (output)
Pin 9: beep (output)
Normal print out
Data Format for normal weighing operations, parts counting or recalling of totals from
memory will all be different. Examples follow:
Normal Output
When parts counting weight, unit weight and count will be print,
20
Date AND TIME (This will be set date and time)
S/N (The number of increments every time a new value will be stored in to
memory)
GW (GW for gross weight, NT for net weight and a unit of weight )
Date:
Time: 00:00
Gross wt: 0.149KG (GW for gross weight, NT for net weight and a unit of weight)
Unit wt: 7.4257G (The average piece weight computed)
Quantity: 20PCS (The number of parts counted)
<If>
<If>
21. -QTY UNIT-
T2200P Series Weighing Indicator Technical Manual
When recalling the Total weight stored in the accumulation memory the output format
is:
Continuously output protocol
Con1: weighing mode
, -/ k g CR LF
-HEADER1-- - HEADER2- --- WEIGHT DATA --
Con1: counting mode
P C S : p c s CR LF
HEADER1: ST=STABLE, US=UNSTABLE
HEADER2: NT=NET, GS=GROSS
Con2:
Head
er0
Head
er1
Head
er2
Head
er3
Weig
ht1
Weig
ht2
Weig
ht3
Weig
ht4
Weig
ht5
Weig
ht6
Tare1 Tare2 Tare3 Tare4 Tare5 Tare6
Termin
ator1
Termina
tor2
Header0=02H
Header1 follow decimal point
Decimal point=0, header1=22H
Decimal point=1, header1=23H
Decimal point=2, header1=24H
Decimal point=3, header1=25H
Decimal point=4, header1=26H
Header2 follow weigh status, default value=20H
If in net mode (tare value not 0), header2=header2|01H
If gross weight “-“, header2=header2|02H
If overload or gross weight “-“, header2=header2|04H
If unstable, header2=header2|08H
If weighing unit=kg, header2=header2|10H
Header3 follow weighing unit
If weighing unit=g, header3=21H
If weighing unit=oz, header3=23H
Weight1~weight6: weighing data
Tare1~tare6: tare value
Terminator1: 0DH
Terminator2: 0AH
21
*************** (A line of stars is shown)
<lf> (Includes 1 line feed)
Date:
Time: 00:00
Total No: 3 (Times of the accumulation memory)
Total wt.: 0.447KG (Weight of the accumulation memory)
***************
-WEIGHT UNIT- TERMINATOR
- QTY -
24. T2200P Series Weighing Indicator Technical Manual
8. BATTERY OPERATION
The weighing indicator can be operated from the battery if desired. The battery life is
approximately 35 hours.
When the battery needs charging a symbol on the weight display will turn on. The
battery should be charged when the symbol is on. The scale will still operate for
about several minutes after which it will automatically switch off to protect the battery.
To charge the battery simply plug into the mains power. The scale does not need to
be turned on.
The battery should be charged for 12 hours for full capacity.
In the LCD display has a battery indicator to indicate the status of battery charging.
When the scale is plugged into the mains power the internal battery will be charged.
When turn on the indicator, if the battery indicates is full then the battery has a full
charge. If it is half then the battery is nearly discharged and empty indicates the
battery should be charged.
As the battery is used it may fail to hold a full charge. If the battery life becomes
unacceptable then contact your distributor.
24
25. T2200P Series Weighing Indicator Technical Manual
9. ERROR CODES
Error Message Description Solution
----- Maximum load exceeded Unload or reduce weight
Err 1 Incorrect date Enter the date by using format
“yy;mm:dd”
Err 2 Incorrect time Enter the time by using format
“hh:mm:ss”
Err 4 Zero setting error Zero setting range exceeded due
to switching on.(4%max)
Make sure platform empty.
Err 5 Key board error Check the keys and connecter.
Err 6 A/D value out of range Make sure platform empty and
check the pan is installed proper.
Check the load cell connectors.
Err 9 Unstable Reading Check any air variation, vibration,
RF noise and touching some
where.
Check the load cell and
connecters.
Err 17 Tare out of range Remove the load and restart scale
again.
--ol-- Over range Remove the load.
Re calibrate
Fai l h / fai l l Calibration Error Re calibrate
Err p Printer error Check the printer and settings
Ba lo /
lo ba
Battery low Re charge battery, check the
voltages.
25