Heater Iran

unit heater

The copier heater in Ricoh machines fixes toner on paper using heat and pressure. Thermal power ranges from 350 to 600 watts, with operating temperatures between 180 and 210°C. Paper speed through the heater is 20 to 45 pages per minute, and roller pressure is adjustable between 2 and 4 kilograms. The heating element is made of a heat- and oxidation-resistant alloy. Blades and thermal covers ensure uniform heat distribution and proper toner fixation. A temperature sensor with ±3°C accuracy maintains consistent print quality. The heater body is made of steel or aluminum alloy resistant to heat and wear.

Structurally, the heater includes a heating element, pressure roller, thermal cover, and temperature sensor. The central roller shaft with heat-resistant bearings ensures uniform movement. Overheat protection and automatic power cutoff enhance device safety. Installation and replacement use standard clips and pressure mechanisms. This design ensures uniform toner fixing, prevents paper wrinkling, and prolongs the life of printing components.

unit heater

The copier heater in Sharp machines fixes toner on paper using heat and pressure. Thermal power ranges from 350 to 550 watts, with operating temperatures between 180 and 210°C. Paper speed through the heater ranges from 15 to 40 pages per minute, and roller pressure is adjustable between 2 and 4 kilograms. The heating element is made of a heat- and oxidation-resistant alloy. Blades and thermal covers ensure uniform heat distribution. A temperature sensor with ±3°C accuracy maintains consistent print quality. The heater body is made of steel or aluminum alloy resistant to heat and wear.

Structurally, the heater includes a heating element, pressure roller, thermal cover, and temperature sensor. The central roller shaft with heat-resistant bearings ensures uniform movement. Overheat protection and automatic power cutoff enhance device safety. Installation and replacement use standard clips and pressure mechanisms. This design ensures uniform toner fixing, prevents paper wrinkling, and prolongs the life of printing components.

unit heater

The copier heater in Konica Minolta machines fixes toner on paper using heat and pressure. Thermal power ranges from 400 to 600 watts, with operating temperatures between 180 and 200°C. The heating element is made of an alloy resistant to oxidation and high temperatures. Paper speed through the heater ranges from 20 to 45 pages per minute, and roller pressure is adjustable between 2 and 4 kilograms. A precise temperature sensor with ±3°C accuracy ensures consistent print quality. The heater body is made of steel or aluminum alloy resistant to heat and wear.

Structurally, the heater includes a heating element, pressure roller, thermal cover, and temperature sensor. The central roller shaft with heat-resistant bearings ensures uniform movement. Overheat protection and automatic power cutoff enhance device safety. Installation and replacement are done via standard clips and pressure mechanisms. This design ensures uniform toner fixing, prevents paper wrinkling, and prolongs the life of printing components.

unit heater

The copier heater in Canon machines fixes toner on paper using heat and pressure. Thermal power ranges from 350 to 550 watts, with operating temperatures between 180 and 210°C. The heating element is made of an alloy resistant to oxidation and high temperatures. Paper speed through the heater ranges from 15 to 40 pages per minute, and roller pressure is adjustable between 2 and 4 kilograms. A precise temperature sensor with ±3°C accuracy ensures consistent print quality. The heater body is made of steel or aluminum alloy resistant to heat and wear.

Structurally, the heater includes a heating element, pressure roller, thermal cover, and temperature sensor. The central roller shaft with heat-resistant bearings ensures uniform movement. Overheat protection and automatic power cutoff enhance device safety. Installation and replacement use standard clips and pressure mechanisms. This design ensures uniform toner fixing, prevents paper wrinkling, and prolongs the life of printing components.

unit heater

The copier heater in Toshiba machines fixes toner on paper using heat and pressure, with an operating temperature between 180 and 210°C. Thermal power ranges from 400 to 600 watts, and paper speed through the heater is 20 to 45 pages per minute. Roller pressure is adjustable between 2 and 4 kilograms. Heating elements and blades are made of heat- and oxidation-resistant alloys. A temperature sensor with ±3°C accuracy ensures consistent print quality. The heater body is made of steel or aluminum alloy resistant to heat and wear.

Structurally, the heater includes a heating element, pressure roller, thermal cover, and temperature sensor. The central roller shaft with heat-resistant bearings ensures uniform movement. Overheat protection and automatic power cutoff enhance device safety. Installation and replacement use standard clips and pressure mechanisms. This design ensures uniform toner fixing, prevents paper wrinkling, and prolongs the life of printing components.

Old and new series air conditioner and heater panels

The old and new series of air conditioning and heater panels are made from ABS plastic, resistant to temperatures up to 120°C, impact, and UV exposure. Panel dimensions vary between 300×200 mm and 450×350 mm depending on the vehicle model, with a body thickness of 2.5 to 5 mm. Air vents are adjustable from 0 to 60 degrees, and the internal channel system is aerodynamically designed to provide uniform airflow, improving heating and cooling efficiency by up to 20%.

Panel connections include vibration-resistant plastic clips and screws, installed with a standard spacing of 150 mm. Surface coating resists heat and humidity, and thermal shock testing from -20°C to 90°C is performed. In new panels, operation is coordinated with electronic temperature sensors and thermostats, ensuring a service life of up to 10 years in industrial and automotive environments.