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95DSS2-1 With internal flame relay Integrated flame detector

The FIREYE InSight series 95IR, 95UV and 95DS flame detectors are microprocessor-based flame probes. Use solid-state infrared sensors (IR), ultraviolet sensors (UV), or dual sensors (IR and UV).
This series of fire detectors are equipped with internal flame relays and adjustable ON/OFF thresholds, so no remote amplifier is required.
The InSight detector is a perfect replacement for the FIREYE 45FS1 and 45UVFS1 series probes, as well as the 45RM4 series probes.
The presence or absence of a target flame can be detected under single burner or multiple burner conditions.
The InSight probe detects the modulated amplitude (i.e. the flicker properties of the flame) generated by the target flame. In the probe setup program, will
The modulation frequency is selected, and this value directly affects the best flame recognition capability (ON/OFF value).

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Essential details：95DSS2-1 With internal flame relay Integrated flame detector

The FIREYE InSight series 95IR, 95UV and 95DS flame detectors are microprocessor-based flame probes. Use solid-state infrared sensors (IR), ultraviolet sensors (UV), or dual sensors (IR and UV).
This series of fire detectors are equipped with internal flame relays and adjustable ON/OFF thresholds, so no remote amplifier is required.
The InSight detector is a perfect replacement for the FIREYE 45FS1 and 45UVFS1 series probes, as well as the 45RM4 series probes.
The presence or absence of a target flame can be detected under single burner or multiple burner conditions.
The InSight probe detects the modulated amplitude (i.e. the flicker properties of the flame) generated by the target flame. In the probe setup program, will
The modulation frequency is selected, and this value directly affects the best flame recognition capability (ON/OFF value). And can be set manually
Set (type S1) or override manual setting to automatically set (type S2) to select the appropriate modulation frequency and probe gain.
The InSight 95IR, 95UV and 95DS probes are each divided into two models for different functions.
Standard S1, with three flame flicker frequencies to choose from, sensor gain adjustable, flame relay ON/OFF threshold adjustable,
4-20mA analog signal strength output, fault relay output, 2 optional programming files to store setpoints (for both types of no
The same fuel or fuel ratio).
Extended S2, adds automatic programming (automatic setting) function with manual bypass, 21 flame flicker frequencies can be selected, a total of 4
An optional programming file to store set values is also added by using Fireye for Windows95/98/NT based users
Use software for remote communication.
All FIREYE InSight probes require a 24 Vdc power supply, have an electronic self-test function (no mechanical shutter required), and can be displayed
The 8-digit alphanumeric LED screen and 4-button keypad allow users to view operating parameters and select Settings.
The “CG” model probe includes a 10-foot (3 m) cable and cable seal. Non-” CG “models
The probe cable is a 12-pin quick-release connector connection. There are also models that can connect optical fibers. See the CU-101 manual
Installation instructions.

95DSS2-1

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95DSS2-1 With internal flame relay Integrated flame detector

The InSight probe detects the modulated amplitude generated by the target flame (and the flicker characteristics of the flame). In the probe setup program, will
The modulation frequency is selected, and this value directly affects the best flame recognition capability (ON/OFF value). And can be set manually Set (type S1) or override manual setting to automatically set (type S2) to select the appropriate modulation frequency and probe gain.
After selecting the appropriate flicker frequency, enter the ON/OFF threshold value of the flame relay. (This option is automatically set in the S2 model Set). In the signal strength output of 4-20mA, the minimum value (4mA) represents the signal strength of “0” and the maximum value (20mA). Indicates that the signal strength is 100.
The flame relay is energized when the signal strength reaches or exceeds the threshold value of the flame “ON” that has been set (normally open contact) Closed). When the signal strength reaches and is lower than the set flame “OFF” threshold value, the relay loses power (close the contact to play On). The closing contact also opens when the power supply is interrupted or when an internal fault is detected. (See below)
The fault relay is energized when the probe is powered properly (24 Vdc) and the probe interior is correct through self-testing. When power supply
Loss of power when interrupted or internal fault is detected. A normally open contact signal (from the fault relay) is connected in series to the flame relay In the loop, a normally closed contact signal is used for alarm display.

The Type 95IR infrared flame sensor responds to infrared wavelengths from 700 to 1700 nm. Applicable fuel is coal and Oil condition.
The Type 95UV UV flame sensor has a wavelength response range of 295 to 320 nm to ultraviolet light. Suitable for fuel is gas
The working condition.
The Type 95DS features both the infrared and ultraviolet sensors described above. It is suitable for mixed burning of various fuels.
The standard S1 is suitable for a wide range of conditions that do not require the demanding or extended remote communication capabilities of the S2. (such as single-burner boilers and industrial furnaces, flue burners, etc.)
The extended S2 is suitable for those requiring the highest detection requirements and maximum flexibility (increased modulation frequency selection, time-saving automatic power setting) (for example, large multi-burner boilers and industrial furnaces) and remote communication capabilities.

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