The document provides an installation and operational manual for a lift truck impact monitoring system with RFID card operator access control. It includes instructions for installing the system components, setting up the digital indicator and date/time, configuring operator access with RFID cards, and using the system to log impacts and complete mandatory safety checks before operation. Operators must scan a valid RFID card and the system will prompt them to verify the completion of safety check items. The manual also provides details on the RFID card reader specifications and programming additional cards.
The document provides installation and operation instructions for the IM Defender V140 onboard weighing and monitoring system. It describes how to install the system components, run the administration menu to set up vehicle and operator IDs, calibrate the weight scale, program RFID cards for operator access control, and set impact thresholds. Safety guidelines are provided and the system consists of a digital indicator, pressure transducer, and optional additional hardware depending on the configuration.
This document provides instructions for installing, calibrating, and using an ED3 SkidWeigh Plus on-board check weighing system with a mobile Zebra label printer. The system consists of a digital indicator, pressure transducer, and optional Zebra printer. Installation involves mounting the indicator and transducer, making electrical and hydraulic connections. Calibration is done through an administration menu by setting the date/time, vehicle ID, and saving data to a USB drive. The system weighs loads by measuring hydraulic pressure when lifts occur.
This document provides installation and operation instructions for the Defender Series IM3 lift truck impact monitoring system. It describes how to install the unit, set up impact thresholds, program authorized operator IDs for vehicle access control, and operate the system. The system includes an indicator unit that displays impact levels and time/date, along with accessories like wiring harnesses and data loggers. Only qualified technicians should perform installations following accepted safety practices.
The document provides installation and operational instructions for an OSHA compliance recorder that is installed on lift trucks, describing how to connect the device electrically, program operator IDs and vehicle info, set the date and time, and save recorded data to a USB stick for download. Safety precautions are outlined and technical support contact information is provided.
This document provides installation and calibration instructions for the SkidWeigh ED3/ED4 Plus onboard vehicle weighing system. It describes installing components like the pressure transducer and digital indicator. It explains how to complete the initial calibration by lifting empty and loaded forks. It also outlines administrative menu options for settings like vehicle ID, date/time, and downloading data to a USB drive. Operators are instructed to lower loaded forks for a weight to display and use function keys to print, accumulate loads, or input downtime reasons.
This document provides an overview of onboard diagnostics (OBD) and OBD2 systems. It discusses what OBD and OBD2 are, where the data link connector is located, the different communication protocols that can be used, what diagnostic trouble codes are, and how having your own OBD2 scanner can save money on car repairs.
Get idea about What is OBD?, OBD Chip, How it works, OBD Simulator, Connection with OBD Adapter, OBD Configuration Commands, Measuring RPM & Speed, OBD II Trouble Codes, OBD Code Explained and more....
The document provides installation and operation instructions for the IM Defender V140 onboard weighing and monitoring system. It describes how to install the system components, run the administration menu to set up vehicle and operator IDs, calibrate the weight scale, program RFID cards for operator access control, and set impact thresholds. Safety guidelines are provided and the system consists of a digital indicator, pressure transducer, and optional additional hardware depending on the configuration.
This document provides instructions for installing, calibrating, and using an ED3 SkidWeigh Plus on-board check weighing system with a mobile Zebra label printer. The system consists of a digital indicator, pressure transducer, and optional Zebra printer. Installation involves mounting the indicator and transducer, making electrical and hydraulic connections. Calibration is done through an administration menu by setting the date/time, vehicle ID, and saving data to a USB drive. The system weighs loads by measuring hydraulic pressure when lifts occur.
This document provides installation and operation instructions for the Defender Series IM3 lift truck impact monitoring system. It describes how to install the unit, set up impact thresholds, program authorized operator IDs for vehicle access control, and operate the system. The system includes an indicator unit that displays impact levels and time/date, along with accessories like wiring harnesses and data loggers. Only qualified technicians should perform installations following accepted safety practices.
The document provides installation and operational instructions for an OSHA compliance recorder that is installed on lift trucks, describing how to connect the device electrically, program operator IDs and vehicle info, set the date and time, and save recorded data to a USB stick for download. Safety precautions are outlined and technical support contact information is provided.
This document provides installation and calibration instructions for the SkidWeigh ED3/ED4 Plus onboard vehicle weighing system. It describes installing components like the pressure transducer and digital indicator. It explains how to complete the initial calibration by lifting empty and loaded forks. It also outlines administrative menu options for settings like vehicle ID, date/time, and downloading data to a USB drive. Operators are instructed to lower loaded forks for a weight to display and use function keys to print, accumulate loads, or input downtime reasons.
This document provides an overview of onboard diagnostics (OBD) and OBD2 systems. It discusses what OBD and OBD2 are, where the data link connector is located, the different communication protocols that can be used, what diagnostic trouble codes are, and how having your own OBD2 scanner can save money on car repairs.
Get idea about What is OBD?, OBD Chip, How it works, OBD Simulator, Connection with OBD Adapter, OBD Configuration Commands, Measuring RPM & Speed, OBD II Trouble Codes, OBD Code Explained and more....
The ultrasonic interior monitoring system uses ultrasonic sensors to detect unauthorized entry into a vehicle. It consists of ultrasonic sensors in the pillars that monitor side windows, a switch for the system, and sensors for rear windows. When the monitoring signal deviates from normal, the control module activates the anti-theft alarm. It can store diagnostic trouble codes for issues like short circuits or incorrect signals from sensors.
The document discusses OBD-II (On-Board Diagnostics II) systems, which provide vehicle owners and technicians access to vehicle subsystem status. It covers the types of vehicles that use OBD-II, common adapter types like USB, Bluetooth, and WiFi, and applications for fleet management and personal vehicle maintenance. It also provides information on the ELM327 microcontroller that translates the OBD interface, common tasks like reading diagnostic trouble codes, and developing mobile apps to interface with OBDII systems.
1) The document provides safety precautions and instructions for using a diagnostic tool to diagnose vehicle systems. It describes connecting the tool to the vehicle, selecting diagnostic functions like reading fault codes, erasing codes, and reading live data.
2) The tool can diagnose vehicle control systems for engine, transmission, ABS brakes and more. Instructions are provided for selecting the vehicle system and using various tool functions to diagnose issues.
3) Settings and programming functions are also described, like accessing vehicle adaptations, coding, and security settings with the correct login credentials.
The document discusses the history and development of on-board vehicle diagnostics (OBD) from the early OBD-I systems introduced in 1980 up to the current OBD-II standard. It describes how OBD has evolved from simple fuel injection monitoring on early systems to a standardized diagnostic protocol (OBD-II) that provides access to diagnostic data for various vehicle subsystems. The OBD-II standard specifies aspects like the connector, communication protocols, trouble codes, and has expanded the use of diagnostic data beyond emissions monitoring alone. While offering benefits, security research has also shown vulnerabilities in how OBD systems have been implemented.
This user guide provides instructions for using the OBD Car Doctor Android application to view real-time vehicle parameters and diagnostic trouble codes from a smartphone. It discusses requirements like compatible OBD hardware, connecting the hardware to the vehicle, and downloading the app. The guide also explains the app's main interface and options for viewing single parameters, widgets, trouble codes, and saved logbook records. Advanced features of the paid PRO version like custom command combinations are also described.
AUDI A4 B5 1.8L 1996 ELECTRICAL EQUIPMENT 01 84 multi-function steering wheel...Gherghescu Gabriel
The document provides instructions for using an On Board Diagnostic (OBD) tool to test the functions of a vehicle's multi-function steering wheel and diagnose any issues. It describes connecting the tool, navigating the tool's menu to select diagnostic tests, performing tests of steering wheel controls and reading trouble codes, and erasing fault memories after repairs. Safety notes are also provided to caution operating the tool from the rear seat during a road test.
This document describes a voice controlled robotic vehicle that can be operated through voice commands from an Android device. The robotic vehicle is integrated with an Arduino, Bluetooth module, motor driver circuit, ultrasonic sensor, and LCD screen. The Android device sends voice commands to move the vehicle forward, backward, left, or right via Bluetooth. The Arduino then operates the motors to move the vehicle accordingly. An obstacle detector using ultrasonic sensors helps protect the vehicle. The system provides a safer way to complete tasks in hazardous environments compared to using humans.
Autel max scan-gs500-scan-tool-user-manualQuliar Lucy
This document provides instructions on using an OBD2 diagnostic scan tool. It begins with safety warnings and an overview of On-Board Diagnostics II systems and diagnostic trouble codes. It then describes the key features and operation of the scan tool, including navigating menus, viewing vehicle codes and data, erasing codes, and testing components. The scan tool can be used to retrieve diagnostic trouble codes, check readiness monitors, view live vehicle data, and perform tests to help diagnose emission and drivability issues.
During the 1970s and 1980s, manufacturers began using electronic engine controls to meet EPA emission standards. The OBD-II standard introduced in the mid-1990s provides nearly complete engine control and all cars built since 1996 have OBD-II systems. The ELM327 is a microcontroller that translates the OBD interface in most modern cars and allows diagnostic tools and computer programs to connect via USB, Bluetooth, or Wi-Fi to access sensor and engine data.
This document provides a profile of VIRDI, a biometric company established in 2000 in South Korea. It has 85 staff members, with 35 dedicated to research and development. The company specializes in live and fake fingerprint detection technology. It produces a line of biometric terminals, readers, and controllers. Key products include the AC2100, AC4000, AC5000, and AC6000 terminals, which provide fingerprint identification, card reading, and time and attendance features. The document outlines VIRDI's technology, partnerships, installations and case studies.
1) The document describes a virtual terminal system that uses a PC and USB fingerprint scanner instead of a dedicated fingerprint terminal to provide time and attendance management functionality.
2) The virtual terminal software replicates the features of a fingerprint terminal and allows fingerprint registration and authentication through a connected USB scanner. User information and logs can be uploaded and managed through a server software over a TCP/IP network.
3) The virtual terminal system reduces installation costs and provides flexibility to use on small and large scale systems through a combination of virtual and real terminals connected to a central server.
U381 live data scanner auto code reader obd2 user manualautoobdtools
The document provides information about an auto diagnostic tool and its operating instructions. It discusses safety precautions when using the tool, defines what OBD-II is and how to determine if a vehicle is compliant. It then describes the tool's features and specifications, explains how to operate it to read codes, erase codes, view live data, freeze frame data, check monitor status, view vehicle info, and rescan. It also covers the one-year warranty and service procedures.
OBD Mobile App - Fault Codes, Driving Behaviour and Fuel EconomyKetan Raval
On Board Diagnostic Mobile App Features OBD chip communication with Android App, It provides color coded diagnosis based on reading. App also has section to monitor Driving Behaviour and Fuel Economy. OBD Android App also provides MOT Reminders and Garage Location on Map.
Full color brochure on programmable logic controllers PLC with HMI embedded in an OPLC, with software included. A guide arm pair selection and purchase the most appropriate architecture for your control and industrial automation projects.
Folleto a todo color en controladores lógicos programables PLC con HMI integrado en un OPLC , con software incluido. Una guia de selección y compra de la arquitectura más adecuada para su proyecto de control y automatización industrial.
This document is the user manual for the PLANET Technology VIP-000/200/400/400FS/400FO Internet Telephony Gateway. It provides an overview of features and specifications, instructions for installation and configuration, and reference for all CLI commands. The manual contains various notices regarding FCC regulations, liability, trademarks, and revision information to ensure proper and safe use of the gateway.
You may go abroad or use your phone on multiple providers if you have an unlocked mobile phone. Your phone will take a SIM card from another network or provider (in most instances), and you will be able to make calls, browse the web, and send messages as normal.
If you want to use another carrier's SIM card in your phone, make sure it's unlocked. Once unlocked, the phone is yours to do with as you want, but you must remain with the original network operator until then.
This document describes a voice-controlled spy robot for security systems. The robot uses voice recognition technology to be controlled by voice commands and contains a wireless camera to capture audio and video up to 80 meters away. It has two main sections - a voice control section that recognizes and processes voice commands to control motors, and a video transmission section that sends captured audio and video to a remote receiver like a computer. The robot is intended to provide surveillance and security while keeping humans out of dangerous situations.
How to use V-Scan VAG+CAN OBDII V802 Professional Car Diagnostic ToolBuyobdtoolShop
V-Scan VAG+CAN OBDII V802 Professional Car Diagnostic Tool with Colorful LCD Display
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The document provides installation and calibration instructions for the ED4-Zebra SkidWeigh Plus series lift truck on-board check weighing system. It includes directions for installing the pressure transducer, digital indicator, and optional mobile Zebra label printer. The calibration process involves lifting empty and known weight loads to automatically set the system's weighing function. Installation of the optional printer involves mounting its cradle and connecting it to vehicle power.
This document provides instructions for installing, calibrating, and operating an ED3-SkidWeigh Plus on-board check weighing system. The system includes a weighing scale, vehicle impact detection, and operator access control via keypad input. Installation involves mounting a pressure transducer in the vehicle's hydraulic line and digital indicator, connecting wiring, and setting the time/date, vehicle ID, and calibrating the weighing scale function through an administration menu. The system outputs weight readings based on hydraulic pressure measurements each time a load is lifted.
The document provides installation and setup instructions for the SkidWeigh Plus and Defender onboard weighing and monitoring systems. Key details include:
- The system consists of a digital indicator and hydraulic pressure transducer that measures load weight based on hydraulic pressure.
- The pressure transducer must be installed in the lifting hydraulic line. Electrical connections include power, ground, and signals to the pressure transducer.
- The digital indicator mounts in a visible location. Setup includes configuring date/time, vehicle ID, calibrating the weight scale, and setting impact thresholds.
- Optional modules include operator access control via keypad/RFID, Bluetooth/USB data transfer, and impact/overload alerts. The
The ultrasonic interior monitoring system uses ultrasonic sensors to detect unauthorized entry into a vehicle. It consists of ultrasonic sensors in the pillars that monitor side windows, a switch for the system, and sensors for rear windows. When the monitoring signal deviates from normal, the control module activates the anti-theft alarm. It can store diagnostic trouble codes for issues like short circuits or incorrect signals from sensors.
The document discusses OBD-II (On-Board Diagnostics II) systems, which provide vehicle owners and technicians access to vehicle subsystem status. It covers the types of vehicles that use OBD-II, common adapter types like USB, Bluetooth, and WiFi, and applications for fleet management and personal vehicle maintenance. It also provides information on the ELM327 microcontroller that translates the OBD interface, common tasks like reading diagnostic trouble codes, and developing mobile apps to interface with OBDII systems.
1) The document provides safety precautions and instructions for using a diagnostic tool to diagnose vehicle systems. It describes connecting the tool to the vehicle, selecting diagnostic functions like reading fault codes, erasing codes, and reading live data.
2) The tool can diagnose vehicle control systems for engine, transmission, ABS brakes and more. Instructions are provided for selecting the vehicle system and using various tool functions to diagnose issues.
3) Settings and programming functions are also described, like accessing vehicle adaptations, coding, and security settings with the correct login credentials.
The document discusses the history and development of on-board vehicle diagnostics (OBD) from the early OBD-I systems introduced in 1980 up to the current OBD-II standard. It describes how OBD has evolved from simple fuel injection monitoring on early systems to a standardized diagnostic protocol (OBD-II) that provides access to diagnostic data for various vehicle subsystems. The OBD-II standard specifies aspects like the connector, communication protocols, trouble codes, and has expanded the use of diagnostic data beyond emissions monitoring alone. While offering benefits, security research has also shown vulnerabilities in how OBD systems have been implemented.
This user guide provides instructions for using the OBD Car Doctor Android application to view real-time vehicle parameters and diagnostic trouble codes from a smartphone. It discusses requirements like compatible OBD hardware, connecting the hardware to the vehicle, and downloading the app. The guide also explains the app's main interface and options for viewing single parameters, widgets, trouble codes, and saved logbook records. Advanced features of the paid PRO version like custom command combinations are also described.
AUDI A4 B5 1.8L 1996 ELECTRICAL EQUIPMENT 01 84 multi-function steering wheel...Gherghescu Gabriel
The document provides instructions for using an On Board Diagnostic (OBD) tool to test the functions of a vehicle's multi-function steering wheel and diagnose any issues. It describes connecting the tool, navigating the tool's menu to select diagnostic tests, performing tests of steering wheel controls and reading trouble codes, and erasing fault memories after repairs. Safety notes are also provided to caution operating the tool from the rear seat during a road test.
This document describes a voice controlled robotic vehicle that can be operated through voice commands from an Android device. The robotic vehicle is integrated with an Arduino, Bluetooth module, motor driver circuit, ultrasonic sensor, and LCD screen. The Android device sends voice commands to move the vehicle forward, backward, left, or right via Bluetooth. The Arduino then operates the motors to move the vehicle accordingly. An obstacle detector using ultrasonic sensors helps protect the vehicle. The system provides a safer way to complete tasks in hazardous environments compared to using humans.
Autel max scan-gs500-scan-tool-user-manualQuliar Lucy
This document provides instructions on using an OBD2 diagnostic scan tool. It begins with safety warnings and an overview of On-Board Diagnostics II systems and diagnostic trouble codes. It then describes the key features and operation of the scan tool, including navigating menus, viewing vehicle codes and data, erasing codes, and testing components. The scan tool can be used to retrieve diagnostic trouble codes, check readiness monitors, view live vehicle data, and perform tests to help diagnose emission and drivability issues.
During the 1970s and 1980s, manufacturers began using electronic engine controls to meet EPA emission standards. The OBD-II standard introduced in the mid-1990s provides nearly complete engine control and all cars built since 1996 have OBD-II systems. The ELM327 is a microcontroller that translates the OBD interface in most modern cars and allows diagnostic tools and computer programs to connect via USB, Bluetooth, or Wi-Fi to access sensor and engine data.
This document provides a profile of VIRDI, a biometric company established in 2000 in South Korea. It has 85 staff members, with 35 dedicated to research and development. The company specializes in live and fake fingerprint detection technology. It produces a line of biometric terminals, readers, and controllers. Key products include the AC2100, AC4000, AC5000, and AC6000 terminals, which provide fingerprint identification, card reading, and time and attendance features. The document outlines VIRDI's technology, partnerships, installations and case studies.
1) The document describes a virtual terminal system that uses a PC and USB fingerprint scanner instead of a dedicated fingerprint terminal to provide time and attendance management functionality.
2) The virtual terminal software replicates the features of a fingerprint terminal and allows fingerprint registration and authentication through a connected USB scanner. User information and logs can be uploaded and managed through a server software over a TCP/IP network.
3) The virtual terminal system reduces installation costs and provides flexibility to use on small and large scale systems through a combination of virtual and real terminals connected to a central server.
U381 live data scanner auto code reader obd2 user manualautoobdtools
The document provides information about an auto diagnostic tool and its operating instructions. It discusses safety precautions when using the tool, defines what OBD-II is and how to determine if a vehicle is compliant. It then describes the tool's features and specifications, explains how to operate it to read codes, erase codes, view live data, freeze frame data, check monitor status, view vehicle info, and rescan. It also covers the one-year warranty and service procedures.
OBD Mobile App - Fault Codes, Driving Behaviour and Fuel EconomyKetan Raval
On Board Diagnostic Mobile App Features OBD chip communication with Android App, It provides color coded diagnosis based on reading. App also has section to monitor Driving Behaviour and Fuel Economy. OBD Android App also provides MOT Reminders and Garage Location on Map.
Full color brochure on programmable logic controllers PLC with HMI embedded in an OPLC, with software included. A guide arm pair selection and purchase the most appropriate architecture for your control and industrial automation projects.
Folleto a todo color en controladores lógicos programables PLC con HMI integrado en un OPLC , con software incluido. Una guia de selección y compra de la arquitectura más adecuada para su proyecto de control y automatización industrial.
This document is the user manual for the PLANET Technology VIP-000/200/400/400FS/400FO Internet Telephony Gateway. It provides an overview of features and specifications, instructions for installation and configuration, and reference for all CLI commands. The manual contains various notices regarding FCC regulations, liability, trademarks, and revision information to ensure proper and safe use of the gateway.
You may go abroad or use your phone on multiple providers if you have an unlocked mobile phone. Your phone will take a SIM card from another network or provider (in most instances), and you will be able to make calls, browse the web, and send messages as normal.
If you want to use another carrier's SIM card in your phone, make sure it's unlocked. Once unlocked, the phone is yours to do with as you want, but you must remain with the original network operator until then.
This document describes a voice-controlled spy robot for security systems. The robot uses voice recognition technology to be controlled by voice commands and contains a wireless camera to capture audio and video up to 80 meters away. It has two main sections - a voice control section that recognizes and processes voice commands to control motors, and a video transmission section that sends captured audio and video to a remote receiver like a computer. The robot is intended to provide surveillance and security while keeping humans out of dangerous situations.
How to use V-Scan VAG+CAN OBDII V802 Professional Car Diagnostic ToolBuyobdtoolShop
V-Scan VAG+CAN OBDII V802 Professional Car Diagnostic Tool with Colorful LCD Display
http://www.buyobdtoolshop.com/wholesale/v-scan-vag-can-obdii-v802.html
The document provides installation and calibration instructions for the ED4-Zebra SkidWeigh Plus series lift truck on-board check weighing system. It includes directions for installing the pressure transducer, digital indicator, and optional mobile Zebra label printer. The calibration process involves lifting empty and known weight loads to automatically set the system's weighing function. Installation of the optional printer involves mounting its cradle and connecting it to vehicle power.
This document provides instructions for installing, calibrating, and operating an ED3-SkidWeigh Plus on-board check weighing system. The system includes a weighing scale, vehicle impact detection, and operator access control via keypad input. Installation involves mounting a pressure transducer in the vehicle's hydraulic line and digital indicator, connecting wiring, and setting the time/date, vehicle ID, and calibrating the weighing scale function through an administration menu. The system outputs weight readings based on hydraulic pressure measurements each time a load is lifted.
The document provides installation and setup instructions for the SkidWeigh Plus and Defender onboard weighing and monitoring systems. Key details include:
- The system consists of a digital indicator and hydraulic pressure transducer that measures load weight based on hydraulic pressure.
- The pressure transducer must be installed in the lifting hydraulic line. Electrical connections include power, ground, and signals to the pressure transducer.
- The digital indicator mounts in a visible location. Setup includes configuring date/time, vehicle ID, calibrating the weight scale, and setting impact thresholds.
- Optional modules include operator access control via keypad/RFID, Bluetooth/USB data transfer, and impact/overload alerts. The
ScanWeight Systems from SkidWeigh TechnologyTed Jurca
This document provides installation, calibration, setup, and operation instructions for the ScanWeight V140 onboard check weighing system. Key steps include installing the pressure transducer and digital indicator, calibrating the system by lifting known weights, and configuring settings like date/time, vehicle ID, and operator access in the administration menu. Contact customer support is assistance is needed.
The document provides installation and setup instructions for the CubeFreight ED3/ED4-DIM onboard weighing system. It describes connecting the pressure transducer and indicator unit, calibrating the system by lifting known weights, and programming operator access IDs or RFID cards. Safety precautions are outlined and technical support contact information is provided.
The document provides installation and operational instructions for an OSC2-LT lift truck recorder. It describes:
1) Connecting the recorder to the vehicle's power using two wires to enable ignition and data recording.
2) Programming the recorder through an administrative menu to input operator IDs, vehicle ID, and time/date.
3) Downloading recorded compliance and impact data to a USB stick for analysis.
EDI- 3 Installation for lift truck impact detection & reportingtedjurca
This document provides installation and operation instructions for the EDI-3 Defender Series lift truck impact detection system. It describes how to install the system, set low and high impact values, and use the on-board monitoring. The system consists of a digital indicator, wiring harness and mounting bracket. It detects and displays impact levels in G-forces and can be calibrated by the user. High impacts are recorded and can trigger alarms or notifications.
This 3 sentence summary provides the high level information about installing, setting up, and using an OSHA compliance recorder for electric pallet trucks:
The document outlines how to install the recorder by making electrical connections to the vehicle's power in under 30 minutes, and how to set the date/time, vehicle ID, and valid operator IDs through an administrative menu. It also describes how the recorder will prompt operators for valid IDs and complete daily safety checklists, record compliance data, and how the data can be uploaded from a USB port to an Excel file for reporting.
This installation and calibration manual provides instructions for installing, calibrating, and using the CubeFreight onboard dimensioning and check weighing system for lift trucks. The system consists of a digital indicator mounted to the vehicle and a pressure transducer installed in the lifting hydraulic line. The manual describes how to make electrical connections, mount components, enter the administrative menu to set up date/time, vehicle ID, and calibrate the weighing scale. It also provides instructions for operators to initiate automatic dimensioning and weighing cycles using a barcode scanner or bypass switch.
This document provides installation and calibration instructions for the ED3/ED4-RFID SkidWeigh Plus on-board check weighing scale. It includes instructions on installing the pressure transducer, connecting the digital indicator, performing a quick test of the electrical connections, and accessing the administration menu to calibrate the weighing function. Safety precautions and an overview of the system components are also provided.
The document provides installation instructions for an electric pallet truck onboard recorder that monitors and records OSHA compliance data. It describes connecting the recorder to the vehicle's power, setting up operator IDs and vehicle information using the recorder's administrative menu, and saving recorded data to a USB drive. The recorder automatically prompts operators to input IDs and complete daily safety checklists.
Ed3 at v133 Lift truck onboard weighing scaleTed Jurca
This document provides installation and calibration instructions for the ED3-AT SkidWeigh Plus on-board check weighing system. It describes how to install the digital indicator, pressure transducer, and make electrical connections. It also explains how to enter the administration menu to calibrate the weighing function and set the date, time, and vehicle ID number. Safety precautions are provided regarding disconnecting batteries and securely mounting components.
This 3 sentence summary provides the high level information about the document:
The document is an installation and operational manual for an OSHA compliance recorder that is installed on lift trucks. It describes how to install the system, set it up, and operate it to automatically prompt operators to complete daily safety checklists and record compliance data. The system requires only connecting two wires to the vehicle's power to get it running in under 30 minutes and it will then monitor operators and record safety information.
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.
This document provides installation and operation instructions for the Defender Series - IM4 lift truck access control and impact monitoring system. It describes how to install the system components, input threshold values for detecting impacts, and calibrate the onboard weighing scale. The system consists of a digital indicator, wiring harness, and hydraulic pressure transducer. Installation requires mounting the indicator and connecting wires to monitor impacts, control vehicle access, and measure load weight. The instructions provide safety guidelines and detail how to configure settings like timestamps, languages, and impact thresholds.
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 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.
This document provides instructions for installing and calibrating an on-board weighing and dimensioning system for lift trucks used in the LTL freight industry. It describes connecting the pressure transducer, indicator unit, and other components. The system operates by measuring hydraulic pressure when a pallet load is lifted to calculate the weight. Proper installation and calibration procedures are outlined to ensure accurate weighing.
The document provides installation and calibration instructions for an ED4 SkidWeigh Plus on-board weighing scale system. It describes the key components, installation of the pressure transducer and digital indicator, and electrical connections. The calibration process involves lifting empty and known-weight loaded attachments to automatically calibrate the system's weight readings.
Similar to Forklift impacts, IM3 RFID operator card access control (20)
1. IVDT has designed onboard weigh scales and vehicle safety systems for material handling vehicles for over 30 years.
2. Their modular design allows for flexible, comprehensive and customized solutions to enhance efficiency and safety of material handling fleets.
3. The document provides information on various onboard scale and safety products including lift truck scales, impact monitoring systems, and electric pallet truck scales.
The document discusses SkidFleet, a telematics system for monitoring material handling vehicle fleets. SkidFleet utilizes wireless communication technology to send data from onboard units to a base station in real time, without monthly fees. The base station archives and analyzes fleet data to provide visibility into operational efficiency and help improve operator performance. SkidFleet has been developed over 30 years and is a customizable solution to increase productivity and reduce costs for fleets of any size.
The document discusses labor management systems for lift truck fleets. It summarizes that labor management systems can spot potential problems or opportunities by monitoring trends in vehicle uptime and operator performance. It then describes a proprietary technology that automatically detects all operational downtimes to provide real-time visibility of operator performance without costly implementation of traditional time studies. This real-time visibility of downtimes can improve vehicle utilization by up to 20% and provides management important information about current operations and a starting point for performance standards.
The document discusses Defender vehicle management systems that monitor lift truck impacts and provide tools to promote safety, accountability, and productivity. The Defender systems go beyond just impact recognition by ensuring individual accountability, creating a best practice safety culture, and providing tools to avoid investigative situations and ensure compliance with OSHA regulations. The Defender IM2 and IM3 systems offer different data communication platforms, including USB extraction, LAN webpage access, and email notifications, to provide fleet data and impact reports for fleets of all sizes.
SkidFleet, Lift Truck Fleet Operational Management Information SystemTed Jurca
SkidFleet wireless connects your entire material handling fleet, capturing vehicle and operator data to provide operational insights about your activities unreal time
The document discusses lift truck impact monitoring systems. It describes the Defender IM series which monitors impacts and also promotes accountability, safety awareness, and productivity. It does this through tools like ensuring operator accountability, creating a best safety culture, and providing operators tools to avoid issues. The system aims to address why traditional impact systems fail by being too difficult to adjust, not reflecting the application properly, and requiring too much time to manage disruptions.
The document discusses the SkidWeigh Plus ED3 and ED4 onboard scales from Integrated Visual Data Technology. The scales integrate weighing and productivity features to improve workflow and safety. Key features include check weighing, totaling, wireless data transmission, impact detection, and options like barcoding integration. The scales are accurate, durable, easy to install and use, and allow customization of productivity and safety features.
This document provides installation and calibration instructions for an ED2E-Elite SkidWeigh onboard weighing scale system. It describes the key components, installation of the pressure transducer and digital indicator, electrical connections, and a calibration procedure to automatically zero the scale and calibrate it by lifting empty and known loaded forks above the ground. The calibration ensures accurate load weight measurement within 1% of the vehicle's maximum lifting capacity.
The document describes an on-board weighing system called the SkidWeigh ED2 that can be installed on lift trucks. It provides real-time weight data to operators to improve efficiency and safety. Using the system eliminates extra steps compared to remote floor scales and provides weight information during lifting. The system is accurate, durable, and easy to install. It benefits various industries by increasing productivity and profits through better weighing productivity.
The document discusses lift truck impact monitoring systems. It describes the Defender IM series as a system that provides more than just impact recognition by introducing tools to promote accountability, safety awareness, and productivity. It monitors for impacts as well as ensures individual accountability, creates a best practice safety culture, and provides tools to avoid investigative situations and ensure compliance with OSHA. The system comes in IM2 and IM3 versions, with the IM3 offering additional capabilities like real-time data access via a network webpage or email notifications.
The document discusses lift truck impact monitoring systems. It describes the Defender IM series which provides more than just impact recognition by introducing tools to promote accountability, safety awareness, and productivity. It allows users to manage and control impacts, damage, accountability, safety culture, and productivity. The system offers two data communication platforms, the IM2 for smaller fleets using USB extraction, and the IM3 for larger fleets using real-time data access via a network webpage or email notifications.
The ED2E series compact onboard weighing scale offers versatility with options like audible and visual overload notifications, Bluetooth connectivity to mobile printers, and accumulating load sequences. It integrates easily into material handling applications of any lift equipment capacity. The ED2E scale is also very durable with an IP65/NEMA 4X digital unit enclosure that exceeds the lifespan of the lift truck. It has standard features like a 6-digit LED display, two-button calibration, and a two-year warranty. Various models are available with options like dual channels, load totaling, and overload warnings.
The SkidWeigh Plus ED4 is an on-board weighing and data collection system for lift trucks that provides +/- 1% accuracy. It integrates seamlessly into operations with two-way wireless data connectivity and export. The system collects extensive data, allows for real-time acknowledgement and custom reports, and increases efficiency through automatic data transfer. It provides features like overloading detection, impact management, vehicle utilization tracking, safety records, and customized reporting accessed by managers.
Defender IM Series Lift Truck Safety and Impact Management Systems Ted Jurca
The SkidWeigh ED3 is an onboard weighing scale for lift trucks that provides accurate weights to within 1% of capacity. It records load information like waybill numbers, operator IDs, and timestamps to allow companies to track loads. The scale also monitors safety checks and vehicle utilization. Data can be output via Bluetooth, USB, or printer. It is designed for use in a variety of material handling applications.
Defender IM Series Lift Truck Safety and Impact Management Systems Ted Jurca
The SkidWeigh ED2 series is a robust and reliable onboard weighing scale for lift trucks that is accepted by multiple large fleets. It uses a hydraulic pressure transducer to measure weight and displays the reading on a large six digit LED display. The scale has various models that provide features like two independent weighing channels, accumulative load weight totaling, and overload warnings.
The document provides instructions for operating an ED3-Zebra SkidWeigh Plus system. Key steps include:
1) Turning on the ignition switch to display the date/time and Bluetooth icon on the LCD display, indicating the system is ready.
2) Lowering loaded forks to the ground to initiate weighing without manipulating the tilt, side shifter, or moving the vehicle.
3) The LCD will display "PLEASE WAIT" and then show the load weight within seconds, at which point pressing the "P" key will provide a barcode ticket with the load information on the Zebra printer.
This document provides instructions for installing and calibrating the RT-LCM high reach truck load capacity monitor. The monitor measures hydraulic pressure to calculate lifted load percentage. It must be installed on the lifting hydraulic circuit and calibrated using empty and known weight loads. Detailed steps are provided for connecting components, performing electrical and pressure transducer installations, and executing the automatic two-point calibration procedure. Safety practices and a general operator usage guide are also included.
Order Picker Truck Load Capacity Monitor, SkidWeighTed Jurca
This document provides instructions for installing and calibrating the OP-LCM high reach order picker load capacity monitoring system. It describes the system components, installation of the pressure transducer and indicators, electrical connections, and a two-step calibration process using empty and weighted loads. The calibration calculates the load percentage displayed that indicates the portion of the vehicle's maximum rated lifting capacity that is in use.
This document provides instructions for installing, calibrating, and using an RT-LCM-W high reach truck load weighing scale. It describes installing the pressure transducer and indicator, making electrical connections, performing a two-point calibration with empty and loaded forks, setting an optional overload warning value, and operating features like accumulation and printing of weight readings. Safety precautions and approved installation methods are also outlined.
This document provides instructions for installing and calibrating an OP-LCM-W high reach order picker truck load weighing scale system. It describes the main components, which include a master indicator, slave indicator, pressure transducer, and cables. The pressure transducer is installed in the lifting hydraulic line. Electrical connections are made between the components and vehicle power. Calibration is done by lifting empty forks to zero the scale, then lifting a known calibration weight to set the scale reading.
Conversational agents, or chatbots, are increasingly used to access all sorts of services using natural language. While open-domain chatbots - like ChatGPT - can converse on any topic, task-oriented chatbots - the focus of this paper - are designed for specific tasks, like booking a flight, obtaining customer support, or setting an appointment. Like any other software, task-oriented chatbots need to be properly tested, usually by defining and executing test scenarios (i.e., sequences of user-chatbot interactions). However, there is currently a lack of methods to quantify the completeness and strength of such test scenarios, which can lead to low-quality tests, and hence to buggy chatbots.
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Contact us: info@mydbops.com
Visit: https://www.mydbops.com/
Follow us on LinkedIn: https://in.linkedin.com/company/mydbops
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Meetup Page : https://www.meetup.com/mydbops-databa...
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Forklift impacts, IM3 RFID operator card access control
1. !
Installation & Operational Manual
Defender IM3-RFID
Lift Truck Impact Monitoring with RFID Card Operator Access
Control with Automated Programmable OSHA Safety Check
IM3-RFID M
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
IMPORTANT NOTE:
Please read first the ProxPoint Plus card
reader information on the end of this manual
referring to the programming method that is
required to get the system up and running.
RFID Proximity Card Reader
2. !
General Installation Guide
This IM3-RFID V1.25 Series installation & calibration guide describes how to install, set up, test and use your vehicle on-
board RFID card reader operator access control with automated OSHA safety check. Following the instructions in the
ADMINISTRATION MENU guide will enable you to get the system set up and operating quickly. In the event that you
require additional assistance, please contact customer support via e-mail at support@skidweigh.com , visit
www.skidweigh.com or contact us at the address or contact number below:
Integrated Visual Data Technology Inc.
3439 Whilabout Terrace, Oakville, ON, Canada, L6L 0A7 Phone: 905-469-0985
Safety
Always disconnect the vehicle battery while installing SkidWeigh system or any other electronic product.
Use care when routing the components cables. Route the cables where they will be protected. Use commonly accepted
install practices for after market industrial vehicle electronic devices.
The installation of the IM4-RFID systems should only be performed by an acknowledged lift truck dealer technician or
end user electro and hydraulic technical installer.
Here are two acceptable methods of making a wire connections:
* Soldering your connections (recommended)
* Crimp connectors ( with the use of the proper crimping tool)
Regardless of the method you choose, ensure that the connection is mechanically sound and properly insulated. Use
high quality electrical tape and shrink tubing where necessary. This product is connected directly to the vehicle’s ignition
switch, 12 to 55 VDC. There is no on-off switch on the unit.
Electro-Magnetic Compatibility
CE conformity to EC directive 89/336 (EMC) by application of harmonized standards: Interference stability EN 61000-6-2
and EN 61326-1 interference emit EN 61000-6-3, EN 61326-1 for the pressure transducer.
IM3-RFID Defender / SkidWeigh Plus Series
Our policy is one of continuous improvement and the information in this document is subject to change without notice.
The software version is displayed on the LCD display once the power is turned on to the system.
Overview of components
The standard IM3-RFID system consist of two main components:
* Digital indicator with integrated RFID operator access reader with wiring harness, mounting bracket
* Installation & calibration manual and operator usage instruction
* One Master RFID card and one operator card is included with every system
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
3. !
* Note:
Valid operator ID# card is required during system installation to enable vehicle operation
(Verification of electrical connection of the BLUE and GREEN wires connected in series to one
of the vehicle seat switch wire) and to be able to access the “Administration Menu”.
Selecting the mounting location for digital indicator
Use the mounting bracket with the anti vibration mount and fasten digital indicator on the vehicle dashboard, side railing
on the right hand side or preferably on the overhead guard. There are many examples of mounting locations that will
depend on the vehicle model. However, additional mounting items such as a flat brackets may be needed to help secure
the unit to upper right corner of the guard or side railing.
Choose the correct location and make sure that:
- Indicator is visible and within reach of the operator
- Location so that operator has a clear unobstructed view of the working environment
Electrical connections
All SkidWeigh Plus RFID equipped systems operate from 12 to 55 VDC.
Orange Wire (+) Ignition switch
Brown Wire (-) Battery negative
Internal relay connections to be used to enable vehicle usage (Dry contacts)
BLUE Wire, common
GREEN Wire, N. O. contact
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.comPower Supply 12 to 55 VDC
Ignition Switch + ORANGE WIRE
Battery Negative (-) BROWN WIRE
Vehicle seat switch interface
Use two wires BLUE and GREEN and connect
them is series with vehicle seat switch wire
Normally Open Contacts
Power Supply
(+) ORANGE Wire, Connect to ignition switch
(-) BROWN Wire, Connect to battery negative
4. !
IMPORTANT
For all SkidWeigh Plus Systems equipped with RFID card reader you MUST HAVE AT LEAST ONE
VALID OPERATOR CARD in order to enable vehicle operation, program additional RFID cards and
access the administration menu to set up and calibrate the system!
IM3-RFID and SkidWeigh Plus series
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
RFID Reader
Keypad
“Enter key” ↵
Toggle Arrows Keys in set up menu
Select function in F 0
and F 9 menu
Optional Functions
Print Key or /and
SEND key to wireless base station
FUNCTION MODE KEY
F9
F0
5. !
Administration Menu Instructions
To enter into the Administration Menu scan valid operator RFID card, press F key and than 9
key and input password 521. Use left and right arrow keys to scroll and follow the LCD
instructions.
Date / Time Set Up
Use left ◀ and right ▶ arrow key (bottom left side of the keypad) to change from AUTO to MANUAL date/time set up.
Note: AUTO set up refers to system utilizing a wireless RF platform with automatic date /time update from IVDT Base
Station communication and programming hub.
For the applications without Base Station, select MANUAL _ set clock and follow the LCD instructions.
LCD Display
MENU
PASSWORD = _
LCD Display
<> KEY to SCROLL
F KEY TO EXIT
LCD Display
SET CLOCK
ENTER TO SELECT
LCD Display
SET CLOCK
AUTO _
LCD Display
SET CLOCK
MANUAL _
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
How to disable RFID reader
Vehicle access enable function in case of lost RFID master card, valid
card(s) or reader malefaction
- With LCD Display showing “ IVDT SCAN CARD” press and hold F key for
5 seconds
- LCD display will show PASSWORD =_
- Input 521 and RFID reader will be disabled. Vehicle will be operational
without RFID operator card input.
6. !
Press “Enter key” ↵ to confirm the setting. The cursor will automatically move to the next item to be changed
( Month, Day, Year, Hours, Minutes, Seconds). On the last correction, seconds item press “Enter key” ↵ to confirm
new date / time set up.
Set vehicle ID -
Maximum input number for vehicle ID is 4 digits.
Note: For system used with RFID card reader maximum input number for vehicle ID is 5 digits.
LCD Display
Aug 28, 2010
12:20:23
LCD Display
<> KEY to SCROLL
F KEY TO EXIT
LCD Display
SET VEHICLE ID
ENTER TO SELECT
LCD Display
ENTER VEHICLE ID
1_
LCD Display
VEHICLE ID
CONFIGURATED
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
7. !
Save data to USB
The SkidWeigh Plus system will allow you to download all recorded data onto a USB
drive. Follow instructions shown on the LCD display
This function is located in Supervisor Menu to protect the integrity of the
information.
When the system has finished uploading the data to the USB memory stick the LCD display will prompt you to erase the
SDRAM , all files contained on the SKidWeigh Plus ED3-IM . Once you have made your selection Y or N the system will
automatically bring you back to the main screen in the supervisor menu.
LCD Display
<> KEY to SCROLL
F KEY TO EXIT
LCD Display
SAVE TO USB
ENTER TO SELECT
LCD Display
SAVING TO USB
- - - - - - -
LCD Display
ERASE SDRAM ? N
LCD Display
<> KEY to SCROLL
F KEY TO EXIT
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
USB Port Protective CoverUSB port
8. !
Set Up for LOW and HIGH Impacts Monitoring
Press F key and than number 9 key and input password 521.
Use left arrow keys to scroll through the menu to get to the SET IMPACT and follow the LCD instructions.
Use left or right arrow for desired low impact value. Press “Enter key” ↵ to select.
Use left or right arrow for desired low impact value. Press “Enter key” ↵
Use left or right arrow for desired low impact value. Press “Enter key” ↵ to select.
Use left or right arrow for desired high impact value. Press “Enter key” ↵ to select.
LCD Display
SET IMPACT
ENTER TO SELECT
LCD Display
ENTER LOW IMPACT
4.0 G
LCD Display
ENTER HIGH IMPACT
8.0 G
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
“Enter key” ↵
Left and right arrow keys
9. !
Operator Usage Guide
Turn on ignition switch (Vehicle operation is disabled until valid RFID card is used)
Scan valid operator RFID card
LCD display will show date and time or
LCD message prompts the operator to complete OSHA safety check procedure
before vehicle operation is enabled.
Default values for all OSHA “safety check’s messages” shown on the LCD Display are F meaning
Fail.
Press “Enter key” ↵ to confirm if the F (Fail) if true.
To change F (Fail) to P (Pass) press left or right arrow key. The LCD will change to P and press
“Enter key” ↵ to confirm selection.
System will automatically advance to next OSHA “safety check message”.
Follow above procedure for all next OSHA “safety check messages” by inputing the F or P.
After the last “safety check message” input (F or P) is done the LCD display will go back and
show date / time and vehicle operation will be enabled.
LCD Display
IVDT
SCAN CARD
LCD Display
SAFETY / CHECK
LEAKS/DAMAGE?F
LCD Display
Aug 28, 2010
12:20:23
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
10. !
RFID Card Reader
Each IM4-RFID system supplied to the end user includes one RFID MASTER CARD and one valid
operator RFID card.
The master card and one operator card is used to enable vehicle operation, access Administration
menu for system set up, program additional operators RFID cards as required.
Note: Integrated Visual Data Technology Inc. will supply only one
valid operator RFID card.
Programming RFID operator cards
Turn ignition switch to on position
The LCD display will indicate to “SCAN CARD”
Scan RFID MASTER CARD
LCD display will show
Scan first valid RFID operator card.
The LCD display will show for the moment the value of the inputed card.
The LCD display will indicate that “CARD ADDED OK “and short beep once
LCD Display
SCAN CARDS
< KEY TO EXIT
LCD Display
SCAN MORE CARDS
< KEY TO EXIT
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
11. !
Scan second valid RFID operator card.
Follow instructions shown on LCD display.
Keep adding the valid cards to vehicle. When all cards inputed into the system press < KEY TO EXIT
Lift Truck SkidWeigh RFID Authorized Operator Access System has a capability to add up to 150 valid
operator cards.
Note: Proceed with programming valid operator cards for each vehicle in your fleet.
How to delete operator RFID card already on the system
Turn ignition switch to on position
The LCD display will indicate to “SCAN CARDS”
Scan RFID MASTER CARD
LCD display will show
Scan first valid operator RFID card that you want to delete from the system
LCD display will show the card ID# . Use left ◀ and right ▶ arrow key to change to Y.
The current card ID# 44444 will be deleted from the system. LCD display will automatically show
Scan next valid operator RFID card that you want to delete from the system
Follow instructions shown on LCD display.
Keep adding cards to be deleted. When all cards inputed into the system press < KEY TO EXIT
LCD Display
SCAN CARDS
< KEY TO EXIT
LCD Display
FC:222 ID: 44444
DELETE(Y/N)? N
LCD Display
SCAN MORE CARDS
< KEY TO EXIT
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
12. !
How to disable RFID reader (Vehicle Enable Function)
In the case of lost RFID operator card or master card, or reader malefaction in order to enable vehicle
operation do a following:
- With LCD Display showing “ IVDT SCAN CARD” press and hold F key for 5 seconds
- LCD display will show PASSWORD =_
- Input password 521 and RFID reader will be disabled. Vehicle will be operational without RFID operator
card input.
How to enable RFID reader
With LCD display showing Date / Tome press F key and than press number 9.
- LCD display will show PASSWORD =_
- Input 521
< KEY TO SCROLL and follow instructions
Use left or right arrow key to toggle to Y and press “Enter key” ↵
LCD Display
RE-ACTIVATE RFID
ENTER TO SELECT
LCD Display
RE-ACTIVATE RFID
TURN ON RFID ? N
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com
13. !
ProxPoint Plus RFID Card Reader / SkidWeigh Technology
Read Range Typical 3”
Operating Voltage 12 to 55 VDC
Operating Temperature (-35 C to 65C)
Operating Humidity 5-95% non-condensing
Transmit Frequency 125 kHz
Card Compatibility All 125 kHz HID Proximity cards, long and short formats, as well as
Corporate 1000 cards formats
LED Type Bicolored (green and red)
Transient Surge and Reverse Voltage Protection
Extra Security, Recognizes card formats up to 85 bits with over 137 billion unique codes
Application for all kinds of lift trucks regardless of the vehicle make, type ,model or operating
voltage
Self programming, no additional devices required to add or delete cards from the system
Memory capacity to up to 250 operators ID#
FCC Compliance, part 15 of the FCC rules
Integrated Visual Data Technology Inc. 3439 Whilabout Terrace, Oakville, Ontario, Canada L6L 0A7 www.skidweigh.com