Used GENERAL RADIO 1657-9600 #9111240 for sale

GENERAL RADIO 1657-9600 is a powerful and versatile resistive bonder specifically designed for high accuracy bonding and welding applications. This powerful bonder has a maximum power output of 1700 Watts, which is more than enough for the most demanding bonding and welding tasks. The bonder has a flexibly adjustable temperature range from 40°C to 350°C and provides precise control with a repeatability of ±2°C. It also has an adjustable ramp-rate of up to 24°C per second, ensuring high-speed welding applications and a high bond line strength. The bonder offers a power BPS (band-pass-switch) with a range of 0.05 to 50 seconds, allowing for the precise control of heat output. The power is adjustable across 3 steps to ensure that the bond line yields the desired outcome. The housing of the bonder has a splash-proof construction and features a built-in cooling fan to ensure optimal operation in any environment. Additionally, the bonder features an integrated electronic overload protection, which protects the electronic components of the system from overloads and short-circuits. The bonder also includes a low-vibration thermal shield to minimize heat dissipation and to protect the work piece from excessive heat exposure. The bonder is supplied with a highly accurate and built-in ammeter for monitoring the power output at any point in the welding process. The ammeter also provides an accurate measurement of the actual weld current to ensure a consistent weld quality. The bonder also comes with a digital temperature controller, which allows for the adjustment of the weld current, time and temperature over a range of temperatures. 1657-9600 resistive bonder is a feature-rich and powerful unit that is ideal for all types of bonding and welding applications. It is easy to use and allows for very precise and consistent welding performance. Furthermore, its robust design ensures reliable operation in any environment, making it an ideal solution for any workshop or manufacturing environment.