6 O'clock Monochrome LCD Panel, DOT Matrix LCD Display 160X128

Product Description

6 O'clock Monochrome LCD Panel , Dot Matrix LCD Display 160x128

Product Description 
1 FEATURES

1. Display format : 160 ´ 128 dot-matrix ; 1/ 128 duty.
2. Construction : LCD, Bezel, Zebra and PCB.
3. Optional Edge LED back-light.
4. Controller : T6963C OR EQU.
5. 5V single power input. Built-in DC/DC converter for LCD driving.
6. Extended temperature type.

1. MECHANICAL DATA

Parameter	Standard Value	Unit
Dot size	0.54 (W) ´ 0.54(H)	mm
Dot pitch	0.58(W) ´ 0.58(H)	mm
Viewing area	101.0(W) ´ 82.2(H)	mm
Module size       (w/ LED back-light)	129.0(W) ´ 102.0(H) ´ 14 max (T)	mm

 

1. ABSOLUTE MAXIMUM RATINGS

Parameter		Symbol	Min	Max	Unit
Logic Circuit Supply Voltage		VDD-VSS	-0.3	5.0	V
LCD Driving Voltage		VDD-VO	-0.3	16.0	V
Input Voltage		VI	-0.3	VDD+0.3	V
Normal temp. type	Operating Temp.	TOP	0	50	°C
	Storage Temp.	TSTG	-10	60	°C
Extended temp. type	Operating Temp.	TOP	-20	70	°C
	Storage Temp.	TSTG	-30	80	°C

At 6 o'clock direction, a 160×128 monochrome dot matrix liquid crystal panel is a single-color graphic display module with the best viewing angle at the bottom of the screen. The resolution is 160 columns × 128 rows. Its core advantages are low power consumption, high contrast, low cost, and suitability for specific installation scenarios. It is widely used in industrial control, instrumentation, and other fields. The following provides a detailed introduction from three aspects: product core characteristics, key parameters and structure, and typical applications.

1. Product Core Characteristics and Key Information

Core definition and meaning of viewing angle: "6 o'clock direction" means the best viewing angle is at the bottom of the screen. When users look up from below, the screen contrast and readability are the best. It is suitable for installation positions higher than the line of sight or equipment scenarios that require looking down and upward, such as wall-mounted instruments and some handheld terminals. The panel uses monochrome dot matrix technology, mostly based on STN or FSTN processes. The common display effect is blue background white characters, white background black characters, etc. It can fully present graphics and character content and display 10 rows × 8 columns 16×16 dot matrix Chinese characters. It can also draw simple curves, icons, etc.
Key technical parameters: The driver mostly uses mature ICs such as T6963C, UC1638, etc., supports parallel or SPI serial interfaces for MCU, and is compatible with most single-chip microcontrollers and embedded systems; the working voltage is usually 5V, and the driving voltage varies slightly depending on the model (such as some models VOP = 18V), the duty cycle is mostly 1/128, bias 1/12, meeting the requirements for stable display. The field of view size is commonly 101.0mm×82.0mm, the external dimensions are approximately 129.0mm×102.0mm, with backlight, the thickness is about 17mm; the backlight is mostly white VLED, with low power consumption, some models can support wide temperature operation (-20ºC to + 70ºC), suitable for industrial and outdoor environments.
Core advantages: Compared with color TFT screens, its power consumption is significantly lower, suitable for battery-powered or low-power requirements devices; the structure and driver are simple, lower cost, and have high cost-effectiveness in batch applications; monochrome display focuses on key information, has strong readability, can clearly display data in strong light or dark light environments (with backlight), and has better anti-interference performance than some color screens.

II. Product Structure and Working Logic

This panel is mostly supplied in the form of a liquid crystal display module (LCM), integrating the liquid crystal panel, driver IC, backlight unit, PCB, and interface pins. The driver IC is responsible for controlling the pixel switches of the 160×128 dot matrix, receiving display instructions and data through communication with the main control device, and converting character and graphic signals into pixel driving signals; the backlight unit (commonly white LEDs) enhances visibility in low-light environments, and some reflective models can utilize ambient light for display to further reduce power consumption. The interfaces are mostly 30-pin with 0.5 pitch or standard parallel/serial interfaces, facilitating connection with industrial control units such as microcontrollers and PLCs, with low development and debugging thresholds, suitable for most embedded development scenarios.

III. Typical Application Scenarios

Industrial control and automation equipment: used in PLC control panels, frequency converter operation screens, industrial sensor data display, etc., displaying operating parameters, fault codes, process status, etc., with wide temperature characteristics suitable for factory high and low temperature environments, and the 6 o'clock viewing angle suitable for wall-mounted installation of control cabinets and operators viewing from below.
Instrumentation field: such as digital multimeters, oscilloscopes, signal generators, pressure/temperature detectors, etc., displaying measurement data, waveform curves, ranges and units, with single-color dot matrix capable of clearly presenting precise values and simple graphics, low power consumption meeting the long standby requirements of handheld instruments, and the bottom viewing angle suitable for desktop placement and users' head-down operation.
Medical monitoring equipment: applied in portable medical devices such as electrocardiogram monitors, blood oxygen meters, blood pressure monitors, etc., displaying patient vital sign data, waveforms, and alarm information, low power consumption suitable for battery power supply, single-color display avoiding color interference, 6 o'clock viewing angle suitable for medical staff reading data from below the device.
Smart home and metering equipment: such as smart water meters, electricity meters, gas meters, wall-mounted thermostats, etc., displaying usage data, remaining amounts, temperature settings, etc., low power consumption suitable for long-term power supply or battery power supply, bottom viewing angle suitable for wall-mounted installation, users' level-viewing or downward viewing requirements.
Vehicle-mounted and IoT terminals: used in vehicle tire pressure monitors, vehicle diagnostic instruments (OBD), logistics tracking terminals, etc., displaying vehicle status, fault codes, location information, etc., wide temperature and shock-resistant design suitable for vehicle environments, 6 o'clock viewing angle suitable for installation on dashboard or central control console, facilitating drivers' observation from below.

Product pictures:

Packaging & Shipping:
 
       Packaging: Carton boxess, Cupboard , EPE, Blister Tray, About the package way, it is up to the size of products,
                           according to customer request and demand. Different countries have not same requirement..




       Shipping: Expr ess way as DHL,Fedex,EMS,UPS,air shipping,sea shipping,Any shipping method you prefer.
 
 


 

Payment Method:



 
FAQ:

1. I want the LCD display 8 digits and the outline size is 65x30x2.8mm...…?
   Answer: No problem. Firstly, please kindly send us your specification/ drawing paper 
   If you have not the specification, you can also provide your samples; we will recommend the suitable one

 if it is standard products. Or we can customize for you based on your own requirement.

2.This LCD  is just what we want, but it is big size, do you have any smaller size? And the display content need to be changed a little.
      Answer: For the segment type LCD module, if you need modify the outline size or display content,
a new LCD glass module is need. We have to open new tooling for you.

3. This LCD display is HTN type, but I want STN type,can you make?
      Answer: That's all right .  we can change for you as per you request.

4. I want customize a new LCD module. Can you do?
      Answer: Yes, we can. Please send your drawing paper. If you have not, please advise me the outline size 
of the LCD display, display information( Glass thickness, Polarizer, Display Type, Connector mode,
Storage Temp. Operating Temp.  Supply Voltage, Viewing direction, drive condition), we can customize for you.

5. What is leading time for tooling?
      Answer: General speaking, it will cost 15 to 25 days  after drawing paper confirmation and tooling charge payment,
we can report you the exact time when you confirm the drawing paper.

6. Can you send us samples for checking?
     Answer: Yes,. Samples order is available.

7. What is the Leading Time?
    Answer: If we have stock for the standard ones, the leading time is one day after payment. If it is the mass production for 
special ones, the leading time is about 15-30 days. suppose we can finish earlier,  we will report the information in advanced.
 
Our Services:
1. Free repair within one year after the shipment of products from us.
2. Replacement within 30 days after the shipment of products from us due to products' problems.
3. We can print your logo and stick your model No.on the cameras.
4. We have long cooperation with many shipping companies and our export volume is large. The shipping companies 
can offer us good discounts.
5. Professional technician supports. We have a good after-sales service team. They can solve your problems in time.
6.All goods will be inspected and tested by our engineers and QC/QA before packing and shipment.
7.Customers satisfactory is most important to us.If you have any problem or questions regarding our transaction.Please contact us by Email or online. It will be responded within 24 hours.
8.Products pictures only for your reference. please kindly refer to the specification. we can provide the products basic on the specification. or you can offer your own specification or drawing , we can customize all kinds of LCD displays for you. thanks for your kind support always.