Did you know? 217 °C

SAC305 is 96.5 percent tin, 3 percent silver and 0.5 percent copper. It melts around 217 degrees Celsius, some 34 degrees above the old eutectic tin lead alloy.

Browse soldering tips

OKI soldering technology

Storage rack

OKI holder stands are matched to specific MFR and HCT handpieces and feature integrated temperature standby: when the handpiece is holstered, tip temperature is automatically reduced, limiting oxidation and scale build-up during idle periods. The range spans from the universal WS1/WS1G (with green grip insert) through the MFR-WSPT for the MFR-H4-TW precision tweezer to the MFR-WSDSX and MFR-WSDSU for the MFR-H5-DS with compressed-air connection.

10 items
1 manufacturer
Net prices plus VAT

View as Grid view List view

Show

per page

Buying guide

How to choose Storage rack

What matters when choosing: properties, comparison and typical applications.

Holder stand overview by handpiece type

Model	Compatible handpiece	Notes
WS1	Standard MFR soldering iron	With temperature standby
WS1G	Standard MFR soldering iron	Green grip insert, temperature standby
WS2	Standard MFR soldering iron	With temperature standby
MFR-WSPT	MFR-H4-TW tweezer	Tweezer-specific, temperature standby
MFR-WSSR	MFR/HSR rework handpiece	For MFR/HSR soldering and rework handpiece
MFR-WSDSX	MFR-H5-DS	With compressed-air connection
MFR-WSDSU	MFR-H5-DS	Without compressed-air connection
HCT-NC	HCT hot-air nozzles	For HCT nozzle types

Features and selection

✓ Automatic temperature standby - WS1/WS2/MFR-WSPT activate standby on holstering; extends tip life and reduces oxidation

⚙ WS1G colour coding - green grip insert for visual identification of multiple workstations or temperature profiles

↕ MFR-WSDSX vs. MFR-WSDSU - WSDSX has a compressed-air port for the MFR-H5-DS vacuum handpiece; WSDSU is the alternative without air routing

🔥 HCT-NC for hot-air nozzles - dedicated stand for the HCT series; protects nozzle tips from contact damage when at rest

Typical applications

Typical applications: OKI MFR single workstations with automatic temperature standby (WS1 for MFR-H1-SC2 or MFR-H2-ST2), dual stations with a tweezer stand (MFR-WSPT), rework benches with the MFR-HSR handpiece (MFR-WSSR), hot-air workstations with HCT nozzle stand (HCT-NC), and vacuum desoldering benches with the MFR-H5-DS (MFR-WSDSX).

FAQ

Frequently asked questions about Storage rack

What are OKI soldering tool stands and which industries use them for ESD-safe workstations?

OKI soldering tool stands are precision-engineered workstation accessories designed to hold soldering irons, rework handpieces, and hot air tools in temperature-controlled rest positions during electronic assembly operations. These stands incorporate automatic temperature reduction functionality to extend tip life and prevent oxidation when tools are placed in their holders. Primary users include electronics manufacturing facilities, PCB assembly houses, semiconductor packaging operations, and repair service centers where IPC-A-610 workmanship standards require controlled soldering environments. The stands integrate seamlessly with ESD-protected workbenches to maintain electrostatic discharge compliance throughout the soldering process.

What are the key technical selection criteria for choosing between different OKI ablageständer models?

Selection of OKI ablageständer depends on the specific soldering tool compatibility, with models like MFR-WSDSX designed for MFR-H5-DS handpieces and HCT-NC engineered for HCT hot air nozzles. Critical factors include pneumatic connection requirements for compressed air-operated stands, temperature reduction capability ranging from standby to full shutdown modes, and tool-specific insert configurations such as the green soldering iron insert in model WS1G. Stand geometry must accommodate the tool's thermal mass and tip geometry while providing stable mechanical support during automated temperature cycling. Workstation integration requires matching the stand's footprint and connection types to existing ESD bench configurations.

Which international standards and certifications apply to OKI soldering tool stands in industrial environments?

OKI soldering tool stands comply with IEC 61340-5-1 standards for electrostatic discharge control in electronic manufacturing environments, ensuring surface resistivity values between 10^6 and 10^12 ohms for ESD-safe operation. The stands meet ISO 9001 quality management requirements for precision manufacturing and are designed to support IPC-A-610 Class 2 and Class 3 soldering workmanship standards. Temperature control systems within the stands operate according to EN 60730 safety standards for automatic electrical controls, while pneumatic versions comply with ISO 4414 compressed air system requirements. Material composition and thermal cycling performance align with RoHS directive compliance for lead-free soldering applications in European electronics manufacturing.

What are the main differences between OKI WS1, WS2, and MFR-series ablageständer variants?

The OKI WS1 and WS2 series feature integrated temperature reduction technology for standard soldering irons with universal tool compatibility, while MFR-series stands like MFR-WSSR and MFR-WSPT are engineered for specific rework handpiece models with dedicated mounting geometries. WS1 variants include interchangeable colored inserts such as the green WS1G model for visual tool identification, whereas WS2 stands offer enhanced temperature management for higher-power soldering applications. MFR-series stands incorporate pneumatic connections through models like MFR-WSDSX for compressed air-operated tool positioning and automated temperature cycling. The MFR-WSDSCB functions as a modular mounting adapter allowing multiple tool configurations within a single stand assembly.

What installation requirements and system compatibility considerations apply to OKI ablageständer integration?

OKI ablageständer require stable mounting surfaces with ESD-dissipative properties maintaining 10^6 to 10^12 ohm surface resistance for proper electrostatic discharge control throughout the soldering workstation. Pneumatic models like MFR-WSDSX need compressed air connections operating at 0.5 to 0.7 MPa with clean, dry air quality meeting ISO 8573-1 Class 2.4.2 standards for particulate and moisture content. Electrical connections for temperature control systems require 24VDC low-voltage supply with isolation transformers meeting IEC 61558 safety requirements. Stand placement must allow unrestricted tool access while maintaining minimum 150mm clearance from adjacent equipment to prevent thermal interference and ensure proper air circulation around temperature-controlled components.

What safety ratings and operating parameters define OKI ablageständer performance specifications?

OKI ablageständer operate safely within ambient temperatures ranging from 10°C to 40°C with relative humidity levels up to 80% non-condensing, meeting IP20 ingress protection standards for dry industrial environments. Temperature control systems maintain precision within ±5°C of setpoint values while reducing tool temperatures from operational 350°C to standby levels of 150°C within 30 seconds of placement. The stands incorporate thermal protection circuits preventing overheating beyond 60°C surface temperature on external components, complying with EN 60950 safety standards for electronic equipment. ESD-safe materials maintain consistent surface resistivity of 10^8 ohms ±10% across temperature cycling to ensure continuous electrostatic discharge protection throughout extended production shifts.

What maintenance schedule and inspection requirements ensure optimal OKI ablageständer service life?

OKI ablageständer require monthly visual inspection of tool contact surfaces and pneumatic connections, with quarterly verification of ESD surface resistivity using megohm meters calibrated to NIST standards maintaining 10^6 to 10^12 ohm readings. Temperature calibration verification should occur every six months using certified thermocouples traceable to DIN 43710 standards, ensuring setpoint accuracy within ±3°C tolerance. Pneumatic system maintenance includes annual replacement of air filter elements and lubrication of moving components with ISO VG 32 pneumatic oils meeting DIN 51506 specifications. Expected service life exceeds 50,000 thermal cycles when operated within specified parameters, with replacement indicators including surface resistivity drift beyond acceptable limits or temperature control deviation exceeding ±5°C from calibrated setpoints.