PY-ITV-FLAME TO39(2+1) (REV. 5.2) Thin Film Pyroelectric Flame Sensor Introduction The Pyreos thin film pyroelectric infrared flame detectors offer exceptionally high responsivity, a wide field of view of typically 100 (*subject to filter band pass specification) and class leading rapid recovery from thermal and electrical shocks (<1 second downtime). This current mode sensor has excellent signal to noise at the signature 8-10 Hz flicker range of a flame, and can provide accurate discrimination of flame sources in triple IR flame detection systems. The sensor element is built into a low noise circuit that has an internal CMOS op amp with a 10G feedback resistor outputting a voltage signal centred around half the supply rail. Sensor Characteristics Electrical Characteristics 3 Filter aperture 5.2 mm x 4.2 mm Max. Voltage (+V) 8.0 V Element size 1000 m x 1000 m Min. Voltage (+V) 2.7 V TO39 Package Output voltage normalised around mid-rail 1 S ~2 V/Hz at 10 Hz Responsivity 150,000 V/W Microphonics vib 1 8 D* 3.5 x 10 cmHz/ W Time Constant ~12 ms Operating 1 Noise Mean 70 VHz -40 to +85 C Temperature 2 Field of View Typical 100 Storage Temperature -40 to +110 C Op-Amp with 10 G feedback resistor 1 10 Hz, 500 K, room temperature, without window and optics As per Filters Available 2 With reference to filter used in PY0573 Filter 3 table Absolute maximum operating voltage Frequency Characteristics For V across horizontal For V across vertical window For V across diagonal window window aperture aperture aperture Note: Normalised polar plots show max FoV achievable along x,y axis and diagonal without any filter applied. Please note: the information contained in this document is subject to change without further notification. Pyreos reserves the right to alter the performance and any resulting specification. Pyreos may choose not to supply any engineering sample devices as a commercial product. No responsibility is accepted for any consequential loss incurred. LME- Pyreos Ltd, 14-16 The Curve, 32 Research Avenue North, Heriot Watt Research Park, Edinburgh EH14 4AP, UK. Tel: +44 131 322 0732, www.pyreos.com Copyright Pyreos Ltd 2019 1 PY-ITV-FLAME TO39(2+1) (REV. 5.2) Order Information Please quote PY-ITV-FLAMETO39(2+1) and your desired filter combination or quote specific part number PYXXXX as per filter table. Contact: sales pyreos.com Package Information Filter window size Note: Ensure that the sensor base is not in contact with the PCB in order to avoid shorts. Filters Available Part number PY1580 PY0575 PY0573 PY1600 PY0574 PY1601 PY0576 3.38 m 3.91 m 4.35 m 4.48 m 4.55 m 5.0 m 5.5 m Filter name bandpass bandpass bandpass bandpass band pass cut on cut on Cut on wavelength typical 3.295 3.865 4.05 4.17 4.34 5.0 5.5 (m) Cut off wavelength typical 3.475 3.955 4.65 4.79 4.76 - - (m) Note: An additional window is required to provide high wavelength blocking (above 8.0 m) and thermal shielding. Search terms: current mode, voltage mode, infrared detector, infrared sensor, MIR, mid-IR, thermopile, photodiode Please note: the information contained in this document is subject to change without further notification. Pyreos reserves the right to alter the performance and any resulting specification. Pyreos may choose not to supply any engineering sample devices as a commercial product. No responsibility is accepted for any consequential loss incurred. LME- Pyreos Ltd, 14-16 The Curve, 32 Research Avenue North, Heriot Watt Research Park, Edinburgh EH14 4AP, UK. Tel: +44 131 322 0732, www.pyreos.com Copyright Pyreos Ltd 2019 2 Package dimensions Top View Internal Scematic Bottom View