Used HELLER 1707 MKIII #9177084 for sale

HELLER 1707 MKIII is a high performance reflow oven designed to provide top quality reflow of a variety of components, specifically designed for through-hole and surface mount components. It is ideal for the production of high quality printed circuit boards in volumes from prototype to high production levels. From a technical point of view, HELLER 1707MK-III reflow oven features an open sided 800 x 600mm wide chamber with a capacity to handle up to 8 PCBs. It is equipped with an accurate ellipsoidal heating element with an effective wave length ranging from 0.33 to 45 mm. The precise heat-up and cool-down time parameters are automatically controlled for each stage of the process with advanced PID controllers. The operating temperature is digitally adjustable from room temperature up to 450°C (842°F) with a maximum temperature control accuracy of ± 2°C at the PCB surface. In addition, 1707 MK III reflow oven features a powerful exhaust system, which ensures maximum air circulation and temperature uniformity inside the chamber. This helps to achieve a perfectly reflow of the components avoiding oxidation and achieving a uniform result. The design of the exhaust air outlets is integrated with the PCB support and can be easily adjusted in order to create the optimal distance between the board and the exhaust outlets. Furthermore, 1707 MKIII reflow oven offers the highest level of safety, thanks to its PLC control system and a standard choice of safety features. These includes a heat-resistant door with an interlock, an emergency stop button, and a screen protector. It should also be noted that 1707MK-III is designed to comply with the applicable safety standards, such as CSA, UL, TUV, CE, and FCC. In conclusion, HELLER 1707 MK III is an advanced reflow oven designed for high quality reflow of both through-hole and surface mount components. It offers precision temperature control and air circulation, as well as safety features, making it ideal for prototype to high production levels.