lcd display temperature limits pricelist

Liquid crystal displays (LCD) have become an essential component to the industry of display technology. Involved in a variety of contexts beyond the indoors like LCD TVs and home/office automation devices, the LCD has expanded its usage to many environments, such as cars and digital signage, and, thus, many temperature variations as well.

As with any substance that requires a specific molecular characteristic or behavior, LCDs have an operating temperature range in which the device, if within, can continue to function properly and well. In addition to that, there is also an ideal storage temperature range to preserve the device until used.

This operating temperature range affects the electronic portion within the device, seen as falling outside the range can cause LCD technology to overheat in hot temperatures or slow down in the cold. As for the liquid crystal layer, it can deteriorate if put in high heat, rendering it and the display itself defective.

In order for the LCD panel to avoid defects, a standard commercial LCD’s operation range and storage range should be kept in mind. Without adaptive features, a typical LCD TV has an operating range from its cold limit of 0°C (32°F) to its heat limit of 50°C (122°F) (other LCD devices’ ranges may vary a bit from these numbers).

The storage range is a bit wider, from -20°C (-4°F) to 60°C (140°F). Though these ranges are quite reasonable for many indoor and even outdoor areas, there are also quite a few regions where temperatures can drop below 0°C or rise above 32°C, and in these conditions, LCDs must be adapted to ensure functionality.

Heat, can greatly affect the electronics and liquid crystals under an LCD screen. In consideration of heat, both external heat and internally generated heat must be taken into consideration.

Seen as the liquid crystals are manipulated in a device by altering their orientations and alignments, heat can disrupt this by randomizing what is meant to be controlled. If this happens, the LCD electronics cannot command a certain formation of the liquid crystal layer under a pixel, and the LED backlighting will not pass through as expected, which can often lead to dark spots, if not an entirely dark image. This inevitably disrupts the display’s readability.

Depending on the upper limit of the operation temperature range, LCD device can be permanently damaged by extreme heat. With long exposure to extreme heat, besides the destruction of the liquid crystals, battery life can shorten, hardware can crack or even melt, response time may slow to prevent even more heat generation from the device.

The LED backlight and the internal circuitry, typically TFT-based in the common TFT LCDs, are components that can generate heat that damages the device and its display. To address this concern with overheating, many devices use cooling fans paired with vents.

Some devices that are used in extremely high ambient temperatures may even require air conditioning. With air vents to carry the heat out, the device can expel it into the surroundings.

But this leads to another problem: how can moisture be prevented from entering through the vent? If moisture enters the device and high heat is present, condensation can occur, fogging the display from inside, and in some cases, short-circuiting may cause the device to turn off. In order to circumvent this issue, the shapes of the air vents are specific in a way that allows only for air movement, not forms of moisture.

In the opposite direction is extreme cold. What typically occurs in the cold is “ghosting” (the burning of an image in the screen through discoloration) and the gradual slowing and lagging of response times. Like heat-affected LCD modules, the extreme temperature can affect the liquid crystals. This layer is a medium between the liquid and solid state, so it is still susceptible to freezing.

An LCD device can be left in freezing temperatures because it will likely not be permanently damaged like in the heat, but it is important to understand the device’s limits and how to take precautions when storing the device. The standard and most common lower-bound storage range limit is -20°C, below freezing, but if possible, it would be best to keep it above that limit, or else there is still a risk of permanent damage.

If the device is not adapted for the cold, it would be good to keep it bundled up, trapping the heat within layers. However, this is only a temporary solution. Adapted, rugged devices have advantages such as screen enclosure insulation for heat level preservation and, in more extreme cases, heaters to generate extra heat to raise the internal temperature to a level above the minimum.

When selecting the appropriate module, it is necessary to understand the device’s expected primary application. The application will decide factors such as display type, environmental conditions, whether or not power consumption is a factor, and the balance between performance and cost. These factors can have an effect on the operation and storage temperature ranges for the device.

Display types have a lot of variation. Choices like alphanumeric or graphic LCD, human-machine interactive LCD modules and touchscreen panels capabilities, the width of the viewing angle, level of contrast ratios, types of backlighting, and liquid crystal alignment methods are often considered. For example, the twisted nematic LCD provides for the fastest response time at the lowest cost, but cannot offer the highest contrast ratio or widest viewing angle.

Environment-based factors must consider things besides the obvious temperature like UV exposure and humidity/moisture, as they all are necessary in finding the perfect fit extreme temperature LCD module.

Besides the LCD modules, recent new products have opened doors in wide temperature range displays, such as OLED displays. OLED displays offer better displays in regard to contrast, brightness, response times, viewing angles, and even power consumption in comparison to traditional LCD displays.

These benefits, in addition to its ability to achieve a wide temperature range, provide more options for consumers in search of high quality displays for extreme climates.

Modern LCD screens have a great many uses. Not only are they now the system of choice for our home TVs and computers but their use in digital signage has made them a common sight in many shopping malls, airports and other locations with high quantities of people.

Even outdoor locations are no barrier to the use of modern LCD screens with outdoor digital signage a rising medium now seen in many town centers, car parks, front of stores and train station platforms.

All this out of home use means many screens operate in locations test the temperature limits of LCD displays. While waterproof screens and LCD enclosures designed for rugged applications provide the ability of the screen to operate-even in outdoor locations, one consideration often overlooked, is that of temperature.

LCD screens have a limited temperature range. Not only will the electronics inside an TV screen overheat and cause failure if the screen gets too hot, but the liquid crystal itself will begin to deteriorate under hot conditions.

The same is true of environments where temperatures fall below zero, causing a screen to stop functioning. A typical LCD TV has an operating range between 0°C (32°F) and 32°C (90°F).

Of course, many indoor and outdoor locations don’t suffer temperatures outside of this range, but many locations do and placing screens in these areas can prove challenging.

One of the problems with using a screen in hot locations is that the screen itself produces quite a bit of heat. When housed in an outdoor enclosure, the heat has to be continuously removed. While cooling fans combined with an air-vent normally carry out this task on an LCD, the need to prevent moisture from getting to the screen makes the task more complicated.

To get around this problem, specially shaped vents provide an exit for hot air while preventing rainfall and other moisture from getting in. In some locations where ambient temperatures are extremely high, screens need air conditioning to ensure they don’t exceed the maximum operating temperature.

In cold climates the opposite problem occurs. The need to keep heat in often requires insulation of the screen enclosure. Often this can trap enough of the heat generated by the screen itself to keep the internal temperature above minimum, but in some locations, even this isn’t enough. Heaters, controlled by thermostats provide extra heat in these circumstances, which enables the use of LCD displays in extremely cold locations such as ski-resorts and in Arctic regions.

There are several industrial applications that require LCD displays to operate in extreme temperature environments such as in military, food processing, gas/fuel pumps, medical, manufacturing, and non-climate-controlled facilities, among others. Take note that typical monitors can only be used in environments with 0�C~50�C temperature range. UV exposure, moisture, and humidity also affect the overall temperature within a specific environment. iTech Company offers a range of LCD monitors that can function properly in a wide working temperature range from -30℃ to +80℃. These products are already proven and tested to maintain its original luminance under such temperatures.

While the range of operating temperature is a relevant consideration for the device to withstand extreme hot or cold environments, other factors must also be taken into account for the overall performance of the device. These includethe clarity of the image, environmental protection, LED backlighting, quality of the components, andvarious options available.

iTech Company’s products are equipped with these useful features to deliver great performance even in harsh working conditions. These are available in different monitor sizes and resolutions. It offers superior image quality with wide viewing angle. Some of the optional features include the touch screen functionality for interactive application and the level of brightness to ensure that the screen content is highly visible in all lighting conditions. Moreover, these wide operating temperature LCD displays are available in different types including open frame, panel mount, andchassis mount.

RCD 010 THD is a room Carbon Dioxide (CO2) + Humidity (rH) + Temperature (T) transmitter with colored LCD display to show actual value of each parameter CO2+rH+T.

The combined Carbon Dioxide (CO2) + Humidity (rH) + Temperature (T) transmitter RCD 010 THD have 3 analogue outputs, i.e. one 0-10 Vdc output for each parameter CO2+rH+T.

The RCD 010 THD combined Carbon Dioxide (CO2) + Humidity (rH) + Temperature (T) transmitter to be used in air conditioning, ventilation and clean room technology, interior rooms such as residential rooms, offices, hotels, technical rooms, meeting rooms and convention centres.

RCD 010 THD combined Carbon Dioxide (CO2) + Humidity (rH) + Temperature (T) transmitter can be connected with DDC/PLC controller or other automation system such BAS, BMS, BEMS etc

The TSPC temperature sensor with resistive setpoint control is available in an attractive wall mount enclosure and can be configured with various options. It is available with various curve-matched thermistors or RTD sensors to measure temperature.

A back-lit LCD displays room temperature, setpoint on demand and occupancy. Several operating parameters can be programmed using a keypad and on-board jumpers configure the ˚C/F display or disable the backlight.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor c/w 11K shunt resistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 2 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 20,000 ohm thermistor, setpoint resistance to be 8000.7 ohms - 3107.3 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm nickel RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 1000 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 1801 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 2.252K ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 3000 ohm thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with fan speed switch, and external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications, exposed override switch and fan speed switch.

Microprocessor based Temperature Sensor with LCD display, 10K type 3 thermistor, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications and exposed override switch.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F) with external jack for communications.

Microprocessor based Temperature Sensor with LCD display, 100 ohm platinum RTD, setpoint resistance to be 0 - 10,000 ohms (20 steps between 16C-26C or 60F-80F).

259 Laboratory Essentials SMART • RUGGED • PRACTICAL | PRICES EXCLUSIVE OF TAXES | For support mail us at lab.support@borosil.com Model Name HPL400 Max Capacity 2 L Heater wattage 400 W Temperature Accuracy ±1°C Plate Temperature Upto to 300°C Safe temperature setting Yes Liquid Temperature 95°C for normal water at 560 m above mean sea level External Temperature Probe PT 100 Display Timer 1-999 min & Continuous Unit External Dimensions (W x D x H) (284 x 188 x 135) mm Set up Plate Dimension (150 x 155) mm Set up Plate SS 304 Top Plate Power consumptions 405 W Current consumption 2 A HSN Code 84798200 Price 6,250.00 MAX-STIR • Stirring quantity up to 200 litres (H 2 O) • Flat, sturdy stainless steel casing • Infinitely variable speed • Digital LED speed display • Slip Detection Enabled • USB output to printer (optional) Model MGS020 MGS050 MGS200 Number of stirring positions 1 Stirring quantity Upto 20 L Upto 50 L Upto 200 L Motor Type BLDC 15 MOTOR BLDC 30 MOTOR Stirring bar length 35 - 80 (in mm) 80 - 120 (in mm) 155 (in mm) Material Housing 304 Stainless steel Display Digital LCD Display Speed range 0 - 1000 rpm 0 - 600 rpm Timer (0 - 99:99 hrs:min) or continuous/infinite operation Set-up plate dimensions (300 x 300) mm (400 x 400) mm (500 x 500) mm Dimensions (W x D x H) (300 x 390 x 110) mm (400 x 490 x 110) mm (500 x 590 x 110) mm Weight of the Product 12 Kg 14 Kg 25 Kg Weight/load (it can Sustain) 30 Kg 70 Kg 70Kg Indirect Load It can Sustain Volumes upto 20L Volumes upto 50L Volumes upto 200L Ramp rate Adjustable for different viscosity USB Interface (Upgradable) YES - Option to connect LABQUEST Data Logger & Printer Permissible temperature Ambient to 40 °C Max Current 0.3 A 0.5 A Motor rating output 30W 60W HSN Code 90278090 Ordering Code BLFHMGS02000000000 BLFHMGS05000000000 BLFHMGS20000000000 Prices/ Piece On request MGS050 HOT PLATE