Satronic Cell FC13R (replaced by FT13-V)

PHOTOTRANSISTORS FT11, FT13 FLAME SENSORS FOR OIL OR BIOMASS BURNERS Introduction Flame detection in oil burners occurs by means of sensors detecting the presence of flame through an electrical signal, which can be used by ignition and control devices. FTxx use a phototransistor since use the light generated by the flame and are in compliance with the new directive RoHS 2011/65/EU. Description These sensors, originally used for detecting the flame generated by oil burners, are also suitable for BIOMASS burners (pellets, wood, seeds, etc). The sensing element actually changes its current as a function of the incident light and this property is exploited to detect the presence of flame in the burner. Brahma phototransistors are available in two models, FT11 and FT13, which are distinguished by a different case. These sensors have been developed to replace previous photocells FCxx. FTxx can be coupled only to Brahma control units prearranged for use with the old photocells. In this regard please refer to Table 2 of compatibility in this document and to the wiring diagrams. Fig.1 shows the phototransistor type FT11: the oblique position of the sensing element allows for excellent sensitivity both if the light source is frontal and lateral. The same construction principle characterizes also the FT13 shown in Fig. 2. The connection cable has a standard length of 620mm and the operating temperature range must be strictly between -20 ° C and + 70 ° C. PRELIMINARY 27754_r00 1/3 Sensitivity Drilling plane for FT11 and FT13 The sensitivity is within the range 300-750 nm, FT11 FT13 2 including thus the spectrum of visible light. ∅8.5 It is the installer's responsibility to place the ∅14.2 phototransistor in a suitable and noise-free ambient light. 15.6 Electrically the FT11 and FT13 behave as shown in 17 17 Table 1: (fastening by mechanical 34 Vin Illuminance Current interference with the [Vdc] [lux] [µA] phototransistor case) 0 lux 38 Ø4mm screws are recommended to fasten FT11 5Vdc 3 lux 51 flame sensors. 10 lux 74 0 lux 77 Typical response 10Vdc 3 lux 88 10 lux 113 Table 1 NOTE: Possible customization of the output current are available according to customer's requirements. Installation As the phototransistor is polarized it is important to connect the cyan wire to the neutral wire of the control unit. Typical relative angular response For a correct phototransistor-to-device coupling please refer to Table 2 below, to the technical documentation of the devices using these sensors and to the wiring diagrams. Brahma control units that can be coupled to FTxx sensors EUROOIL: VM44O / VM45O DIGITAL MICROFLAT “N”: NDMxx and DMNxx KOMPACT SERIES: TGRx (analog) and TGRDxx (digital) OIL-SYSTEM SERIES: OS1 OS2 EUROOIL S10: GR1 GR1/Z GR2 OR1 OR1/Z OR2 OR3/B Table 2 For the use of the FTxx with other control units not manufactured by Brahma it is necessary to make a verification of suitability. Overall dimensions Typical spectral response - FT11 Part reference PHOTOTRANSISTOR FTX J Cable length (cm) 11: Phototransistor type FT11 13: Phototransistor type FT13 Example: • PHOTOTRANSISTOR FT11 CM62 Phototransistor FT11 Phototransistor type FT11 CM62 Cable length 62 cm Figure 1 - FT13 NOTES ABOUT PRODUCT DISPOSAL The device contains electronic components and cannot therefore be disposed of as normal household waste. For the disposal procedure, please refer to the local rules in force for special waste. Figure 2 2/2 PRELIMINARY 27754_r00  WIRING DIAGRAMS DIGITAL MICROFLAT “N” AND EUROOIL SERIES NEW DIGITAL MICROFLAT SERIES TYPE VM44O VM45O TYPE NDTMxxO DTMNxxO KOMPACT SERIES (TGRx) KOMPACT SERIES (TGRD) TYPE TGRx TYPE TGRD7x TGRD9x EUROOIL CONTROLS SERIES 10 TYPE GR1 GR2 GR1/Z OR3/B TYPE OR1 OR1/Z OR2 ATTENZIONE -> Company Brahma S.p.A. takes no responsibility for any damage resulting from Customer tampering with the product. 2016/02/09 Subject to amendments without notice PRELIMINARY 27754_r00 3/3