CLASSIFICATION
PS-900 series OKI soldering station
PS-900 series OKI soldering station
PS-900 adopts PS-CA2 heating element, which is easy to install and safe to use.
A globally unique high-tech intelligent soldering iron that ensures high-quality and efficient lead-free soldering at 350 ℃; The PS-900 intelligent soldering iron has high output power, fast heat transfer, and is suitable for various high-quality lead-free soldering needs. It adopts the famous Smart Heat technology and has the advantages of small size, fast heating, high heating power, stable soldering iron tip temperature, and automatic output power change. It is the most ideal lead-free soldering tool
PS-900 adopts PS-CA2 heating element, which is easy to install and safe to use. Compared with the company's PS-800 product, PS-900 has added the following advantages: increased output heating power, with PS-800 at 35 watts and PS-900 at 60 watts. Due to the increase in output power and high welding efficiency, it is possible to safely and quickly achieve higher welding efficiency at lower temperatures of the soldering iron tip, significantly extending the service life of the soldering iron tip and reducing the cost of consumables for users; Reduce the possibility of damaging circuit boards and chips due to excessive temperature.
Main features and advantages:
- SmartHeat temperature control;
- Ergonomic lightweight handle;
- Durable cast aluminum casing;
- Iron tip electroplating increases thickness;
- Low cost, easy to replace heating element;
Technical specifications (power host)
| Operating temperature range | 10-40℃ |
| Maximum shell temperature | 65℃ |
| Input line voltage | 100-240V |
| Input line frequency | 50/60Hz |
| power waste | Up to 90W |
| output power | When the ambient temperature is 22 ℃, the maximum is 60W |
| output frequency | 450KHz |
| Power cord (3-core) | 180CM 18/3SJT |
| size | 80 (width) * 160 (diameter) * 115 (height) mm |
Technical specifications (welding handle and heating core components)
| Soldering iron tip to ground potential | <2mV |
| Resistance of soldering iron tip to ground | <2Ω |
| Idle temperature stable | ± 1.1 ℃ in still air |
| Length from handle to heating element | 122CM - Flame retardant, anti-static (ESD) |
| Connection head | 3-core power connector |
| Full length (with soldering iron tip) | 230mm (9.06 inches) with standard soldering iron tip |
| Grip diameter | 13mm (0.51 inch) |
| Length from soldering iron tip to grip | 58mm (2.28 inches) |
| Diameter of soldering iron tip shaft | 8.0mm (0.31 inches) |
| Length of soldering iron tip | 82mm (3.23 inches) to 93mm (3.66 inches) |
| Iron holder | 105 (width) * 175 (diameter) * 90 (height) mm |
Product standard configuration:
| model | explain |
| PS-PW900 | A power host with an output power of 60W |
| PS-HC3 | Handle (PS-H3) and heating element assembly (PS-CA3), without soldering iron tip |
| WS2-NS | Iron holder, black |
Other optional purchases
| model | explain |
| PS-H3 | Only handle, no heating element component |
| PS-CA3 | Heating element assembly only for SxX soldering iron tips and CxV blade soldering iron tips |
| WS2G-NS | Iron holder, green |
| AC-CP2 | Iron tip disassembly pad |
| WS2 | Sleeping iron frame |
Optional soldering iron tipsSxV series soldering iron tip
remarks:F=FR4/fiberglass, used for standard applications;
You can also provide two other series, just add themFreplace withTorCJust enough;
T=Temperature sensitive,C=Ceramics;
Attention: CxV soldering iron tip only applies toFandCSeries provided
| Temperature series | Specifications | Lead free applications | The maximum Fahrenheit/Celsius temperature that this series can reach |
| T | STV-XXXX | FR4/temperature sensitive | 675℉/357℃ |
| F | SFV-XXXX | glass fibre | 775℉/412℃ |
| C | SCV-XXXX | ceramics | 865℉/462℃ |
| Temperature series | Specifications | Lead free applications | The maximum Fahrenheit/Celsius temperature that this series can reach |
| F | CFP-XXXX | glass fibre | 775℉/412℃ |
| C | CCP-XXXX | ceramics | 865℉/462℃ |
This temperature is a reference temperature, the actual temperature is not that high, and the actual temperature shall prevail;
