The NEW S+4OXLFF lead-free O2 Sensor from DD-Scientific
The groundbreaking new Oxygen sensor which changes the game for gas instruments.
Setting new standards - this revolutionary new lead-free oxygen sensor sets a new benchmark in performance, ease of integration and value proposition for gas instrument manufacturers.
All the benefits of lead-free - aside from the environmental and health benefits of moving away from traditional lead-based O2 sensors, the S+4OXLLF has a longer working life than other O2 sensors as well as many gas instruments, negating the need for periodic servicing of devices which is both costly and disruptive.
Without the drawbacks - the integration of traditional lead-free O2 sensors requires instrument manufacturers to provide them with constant power. The S+4OXLFF is unique in that it needs no constant power, breaking down the biggest barrier to adoption for lead-free sensors.
Built on innovation - we have leveraged over a decade of experience in lead-free O2 R&D to develop the S+4OXLFF. This genuine innovation in sensor technology is not only easier and cheaper to integrate than other lead-free sensors but it gives instrument manufacturers the opportunity to break the mould with the next generation of gas detection devices.
Lead-free O2 sensing without compromise.
Ultra-fast Start-up
With a start-up time of under two minutes from zero power, the S+4OXLFF changes the game for OEMs and end-users alike.
Without the need for constant power, the S+4OXLFF eliminates the requirement for coin-cell batteries or a trickle charge. This reduces complexity of integration and instrument BOM costs for manufacturers.
For mains powered instruments, the fast-start feature of the S+4OXLFF negates costly downtime associated with power outages, servicing and calibration.
The S+4OXLFF also saves manufacturers time in production by reducing the need for settling of sensors before end-of-line testing.
Industry-leading T90 response
A T90 response of less than 3 seconds (typically less than 2) makes the S+4OXLFF the fastest responding oxygen sensor available today.
The recovery rate of the S+4OXLFF mirrors its rapid response time, enabling manufacturers to produce more responsive instruments which exceed customer expectations.
Whether an instrument is responding to oxygen depletion or enrichment, faster is safer - buying workers time when it matters most and improving overall safety outcomes.
Best-in-class baseline offset
With a lower baseline offset than other O2 sensors, the S+OXLFF delivers more accurate and precise oxygen readings, especially at low concentrations.
The S+4OXLFF has a higher resolution than other lead-free O2 sensors, meaning it responds faster and more accurately to small changes in O2 concentration. This coupled with its ability to measure sub 5% levels of oxygen more accurately than others makes the S+4OXLFF suitable for a broader range of applications than its peers.
Additionally, output drift of less than 5% over the lifetime of the sensor gives end-users confidence in their instruments and increases calibration intervals.
Reduced response to rapid pressure changes
The S+4OXLFF is significantly less affected by changes in pressure when compared to other oxygen sensors, with an increase in output of typically 10 x less than others.
Thanks to the rapid response and recovery of the S+4OXLFF, pressure spikes also have a significantly shorter impact on output.
The result of these two factors is that pressure changes have a short and small impact on output rather than the large and prolonged change which is typical of other lead-free sensors.
In real-world conditions this translates to devices which are more stable, more accurate and less prone to false alarms in the field.
5+ year operational lifetime
With no consumable content, the S+4OXLFF has a typical expected working life of 5 years. This allows instruments OEMs to offer longer warranties than their competitors and gives end-users peace of mind.
Long-life O2 sensors negate the need for periodic servicing of devices which is not only costly for end-users but disruptive to operations, particularly for large fleets of instruments.
Where lifetime cost of ownership is a driving factor, the S+4OXLFF is unrivaled in value proposition.
Enabling the next generation of gas instruments
In addressing the longstanding barriers to lead-free sensor adoption, we are enabling a new generation of devices which offer greater reliability, have a longer working life and are more sustainable.
The S+4OXLFF is the culmination of extensive consultation with instrument manufacturers, a detailled understanding of environmental legislation and relentless R&D.
We are proud to bring the S+4OXLFF to market - a product which reinforces our commitment to advancing gas detection technology through innovation and collaboration.
S+4OXLFF - Lead-free O2 sensing without compromise
Switch to Lead-free O2 with DD-Scientific
Whether you are integrating lead-free O2 sensors into a new product or looking to upgrade a legacy device, DD-Scientific are here to help.
We work hard to make adoption of new technology as easy as possible for our customers and have worked with many OEMs to successfully incorporate lead-free O2 sensors into both new and existing instrument designs.
If you are looking for assistance with integration we will be happy to share our experience and provide both technical and electronic design support.