The TMT-9000S Soldering Station is based on Curie Heat Technology which responds to the thermal demands of each solder joint by adjusting the power instantaneously, thereby meeting the exact requirements of the substrate component and solder material.
Input Line Voltage: | TMT-9000PS-1 | 100-110 VAC |
TMT-9000PS-2 | 220-240 VAC | |
Tip to Ground Potential: | 2mV, true RMS 50-500Hz | |
Tip to Ground Resistance: | <2 Ohms DC | |
Idle Temperature Stability: | +/- 1.1°C (2°F) | |
Ambient Operating Temperature: | 10-40°C (50°F -104°F) | |
Maximum Enclosure Temperature: | 50°C (122°F) | |
Fuse: | TMT-9000PS-1 | 125V 1A |
TMT-9000PS-2 | 250V 0.5A | |
Output Power (Maximum): | 40 Watts | |
Output Frequency: | 13.56 MHz | |
Size (W x H x D): | 212.4mm x 118mm x 132mm | |
Weight: | 3.47 KG | |
LCD display: | 60.0mm x 16.0mm | |
Input Line Frequency: | 50/60 Hz |
TMT-9000PS | Power Supply |
SHH-1 | Soldering Handpiece Holder |
SHP-1 | Soldering Handpiece |
RMP-1 | Tip Removal Pad |
SG-1-GR | Handpiece Grip Green |
SG-1-GY | Handpiece Grip Gray |
BC-1 | Brass Curls |
SPG-1 | Sulphide Free Sponge |
M7CH176 | Soldering Tip Cartridge |
The TMT-2000S Soldering Station is based on Curie Heat Technology which responds to the thermal demands of each solder joint by adjusting the power instantaneously, thereby meeting the exact requirements of the substrate component and solder material.
Input Line Voltage: | 100-240 VAC, 55W |
Tip to Ground Potential: | 2mV, true RMS 50-500Hz |
Tip to Ground Resistance: | <2 Ohms DC |
Idle Temperature Stability: | +/- 1.1°C (2°F) |
Maximum Enclosure Temperature: | 50°C (122°F) |
Fuse: | 250V 1A |
Output Power (Maximum): | 50 Watts |
Output Frequency: | 470 Khz |
Size (W x H x D): | 110mm x 155mm x 92mm |
Weight: | 1.3 KG |
Input Line Frequency: | 50/60 Hz |
TMT-2000PS | Power Supply |
SHH-4 | Soldering Handpiece Holder |
SHP-K1 | Soldering Handpiece |
RMP-1 | Tip Removal Pad |
CC-1 | Connection Cable |
BC-1 | Brass Curls |
SPG-1 | Sulphide Free Sponge |
1The handpiece will vary based on system configuration. |