kunteng lcd display quotation
1. Data display:It shows speed, total mileage, single mileage, stage cumulative mileage and power-assist stalls, riding time, battery charge status and other cycling parameters;
7. Night driving:With LCD back-light display and a headlight switch control function, the meter back-light and headlights can be turned on during at night;
1. Data display function: display cycling speed, single mileage and cumulative mileage, cycling timing, booster gear, motor running power and temperature, battery voltage and power status, brake status;
7. Cruise control function: with the setting and display of cruise function, the vehicle can automatically maintain the speed and drive at a fixed speed;
8. Night driving function: LCD backlight display and headlight switch control function; instrument backlight and headlight can be turned on during night driving;
Note: The value here is based on kilometers. When the unit setting is converted from kilometer to mile, the speed value of the display interface will be automatically converted to the correct mileage value, but the speed limit value data set at this menu under the mile interface. No conversion, inconsistent with the actual display mile speed limit value;
8. generic brushless motor controller: using the UART connection (the same that is used for the LCD and Bluetooth module), this controller can work as a generic brushless motor controller. Can be commanded by an Arduino or other similar external microcontroller board.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
I updated the documentation notes file and seems that S06S controller continually output by UART serial port the information that is presented on the LCD controller. Also the LCD controller sends back some configurations to the S06S controller. I bet we can just connect a UART Bluetooth serial module instead of the LCD controller and make a simple Android to control the S06S controller!!
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
I received the cheap dev board with STM8 and started to put the development tools together. Finally I just run the printf() example I found on github. So for now I was able to compile C code, debug it (breakpoints, step run, see/change variables in real time, inspect/write memory) and send strings over UART serial -- like original BMSBaterry S series controller do when communicating the S LCDs.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
Today I received the BMSBattery S06S controllers and I was able to program and debug a first firmware that sends some strings over the wires that goes to the LCD
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
- Developer of OpenSource knowledge and technology for ebikes: OpenSource EV display, Wireless EBike ANT+ and Bluetooth, TSDZ2 / Bafang, KT motor controllers and displays.
ENM is proud to present our new LCD module with 5 available functions for our customer to choose from. We have the standard hour meter, up counter, down counter, tachometer or voltmeter to fit a wide range of application. They are compact size and are ideal for PCB mounting and in small area. Perfect for OEM applications, panel manufacturers and contract manufacturers.
ENM is proud to present our new LCD module with 5 available functions for our customer to choose from. We have the standard hour meter, up counter, down counter, tachometer or voltmeter to fit a wide range of application. They are compact size and are ideal for PCB mounting and in small area. Perfect for OEM applications, panel manufacturers and contract manufacturers.
ENM is proud to present our new LCD module with 5 available functions for our customer to choose from. We have the standard hour meter, up counter, down counter, tachometer or voltmeter to fit a wide range of application. They are compact size and are ideal for PCB mounting and in small area. Perfect for OEM applications, panel manufacturers and contract manufacturers.
ENM’s Series L18 DC/AC hour meter features a 7 digits LCD display with EEPROM memory. The hour meter is highly accurate with an ±0.01% accuracy. External power is applied through the terminals on the back of the unit. This unit is also resettable through the terminals.
ENM"s Series T39 LCD 6-digits hour meter and up or down counter instrument is ideal to any application that requires recording both time measurement and event count for maintenance schedule. The two display meters can operate independently or in parallel. This compact tamper-proof meter is protected from the environment to provide years of service. Accumulated time hours and counts are stored on powerless nonvolatile data backup using CMOS EEPROM technology, where small space and reliable meter is required with memory that does not relay on battery.
ENM’s Series T39 LCD, 6-digit hour meter and up or down counter is ideal for any application that requires recording both time measurement and event counting in scheduled maintenance applications. Performing regular, scheduled maintenance extends the life of your equipment and reduces costly down time. The two displays can operate independently or in parallel. This compact, tamper-proof meter is epoxy encapsulated to IP67 and protected from the environment to provide years of uninterrupted service. Accumulated time hours and counts are stored on powerless, nonvolatile data backup using CMOS EEPROM technology, where small space and reliable meter is required with memory that does not a battery. Now available in AC voltage.
ENM"s series T44 Hour Meter features a 6-digit, 7 segment LCD display. The accumulated hours are stored on powerless, nonvolatile data backup using CMOS EEPROM technology, where small space and reliable instruments are required with memory that does not rely on a battery. The unit is ideal for maintenance applications. Hour meter displays hour glass and decimal point.
ENM’s Series L4 AC/DC or Free contact is offered as an hour meter. It features a 7 digit LCD display with self-powered CMOS circuit. These units are powered by an internal lithium battery. The totalizing hour meter can be with and without external electronic reset. The total running time is displayed at all times. The meter is 100% epoxy encapsulated and protected from shock and vibration to keep out the harshest environments plus provide years of service.
ENM"s series C44 Counter features a 6-digit, 7 segment LCD display. The accumulated counts are stored on powerless, non-volatile data backup using CMOS EEPROM technology, where small space and reliable instruments are required with memory that does not rely on a battery.
ENM’s Series L3 AC/DC or Free contact is offered as a pulse counter. It features a 7 digit LCD display with self-powered CMOS circuit. These units are powered by an internal lithium battery. The totalizing counter can be with and without external electronic reset. The total running count is displayed at all times. The meter is 100% epoxy encapsulated and protected from shock and vibration to keep out the harshest environments plus provide years of service.
ENM"s Series TB44 LCD 6-digit’s hour meter contains two factory pre-programmed flash alert maintenance reminder’s. The flash alert tells the operator when it’s time to perform service. The meter is self-powered keeping total running time displayed at all times.
ENM’s series T56 LCD Vibration ActivatedHour Meter. The hour meter features 6-digits with an hour glass icon as a running indicator. This unit operates only when it is introduced to vibrating equipment.
ENM’s series T56 LCDVibration Activated Hour Meter. The hour meter features 6-digits with an hour glass icon as a running indicator. There is a jumper connector on the backside of the unit which can easily be removed in order to activate the hour meter. After removal the unit operates only when it is introduced to vibrating equipment.
ENM’s series T56E LCD Vibration Activated Hour Meter. The hour meter features 5-digits with an hour glass icon as a running indicator. Unit have three separate timers, two can be reset There are also two vibration sensitivity settings which the customer can select to suit their application.
ENM’s Series L3 AC/DC or Free contact is offered as a pulse counter. It features a 7 digit LCD display with self-powered CMOS circuit. These units are powered by an internal lithium battery. The totalizing counter can be with and without external electronic reset. The total running count is displayed at all times. The meter is 100% epoxy encapsulated and protected from shock and vibration to keep out the harshest environments plus provide years of service.
ENM’s Series L4 AC/DC or Free contact is offered as an hour meter. It features a 7 digit LCD display with self-powered CMOS circuit. These units are powered by an internal lithium battery. The totalizing hour meter can be with and without external electronic reset. The total running time is displayed at all times. The meter is 100% epoxy encapsulated and protected from shock and vibration to keep out the harshest environments plus provide years of service.
ENM’s Series TB45 is a pre-settable AC/DC hour meter. It features a 6 digit LCD with self-powered CMOS circuitry. The unit is powered by an internal lithium battery. The hour meter can be pre-program using the terminals. The total accumulated time is always displayed. The meter is 100% epoxy encapsulated and protected from shock and vibration to keep out the harshest environments plus provide years of service.
ENM"s new series T1100 hour meter timer features a 6-digit, 7 segment LCD display. This model is ideal for maintenance applications. The hour meter model displays hour glass and decimal point. The accumulated hours are stored on powerless, non-volatile data backup using CMOS EEPROM technology, where small space and reliable instructions are required with memory that does not rely on a battery.
ENM"s new series T1100 hour meter and up or down counter module features a 6-digit, 7 segment LCD display. The accumulated hours or counts are stored on powerless non-volatile data backup using CMOS EEPROM technology, where small space and reliable instruments are required with memory that does not rely on a battery. Both meters are ideal for pc board design and/or maintenance applications. Hour meter module displays hour glass and decimal point.
ENM’s series PT12 features two 6-digit, 7 segment LCD displays, channel two is self programmable. The service LED light informs the operator when the preset value setting is reached. The accumulated hours are stored on powerless, non-volatile data backup using CMOS EEPROM technology, where small space and reliable instruments are required with memory that does not rely on a battery. Hour meter module displays hour glass and decimal point. This model is ideal for maintenance applications.
ENM’s series PC12 features two 6-digit, 7 segment LCD displays with channel two being programmable by customer. The service LED light informs the operator when the preset value setting is reached. The accumulated counts are stored on powerless, non-volatile data backup using CMOS EEPROM technology. The storage of data using this method does not depend on an internal battery and this will ensure that data are kept even during power outage. This model is ideal for maintenance applications or other applications that required keeping accurate counts of events.
Our multifunction fully integrated large LCD display features a 12 point sensor and “FOC” technology (Field Oriented Control). With FOC we can control and drive motors with higher efficiency and less noise and operates in sync with our PAS “Pedal Assist System”.
Nobody seems to have suggested exactly what this setting does. I had a theory so I’ve carried out a few tests with my Q85 using an external rotation sensor and a separate speed ‘computer’ to check the LCD speed against.
With P2 set to 0 the speed was only indicated when the motor is on – it reverted to 0 on the overrun. The LCD speed varied (with respect to the correct speed) according to the P1 setting. Following the formula in the manual the correct setting for this motor is 202 and this is the setting that gave the correct speed readout. Below 202 the speed readout was too high and above this it was too low.
With P1 set to 50 and P2 to 0 the speed limiter came into play and the motor would not exceed an indicated 72kph (actual speed 11mph at P1=50), which is the maximum speed you can set in the general settings. Interestingly when P2 was set to 1 no speed was displayed although the limiter still operated.
My conclusion is that the P1 setting has nothing to do with the running of the motor but is solely to enable the LCD to determine road speed from motor speed when not using the rotation sensor.
Another observation was that with P2 set to 1 and the rotation sensor disabled the display initially showed 0mph and then, after a while, started displaying the computed speed.