製品情報

FD-A310C Series
Fiber type / HMD

  • Focus on basic functions for low cost
  • Compact, lightweight amplifier
  • Flexible heat resistant fiber optic cables

FD-A310C Series Lineups

Model Type Power supply Control output
FD-A310C
仕様を見る
Fiber type 100 - 220VAC Relay output
FD-A310CM
仕様を見る
Fiber type 100 - 220VAC Photo-MOS relay output

Feature

FD-A310 C series are hot metal detectors (HMDs) that directly detect infrared radiation from heated glass or steel.
Glass fiber optic cables with high heat resistance and transmission factor are used for detecting heads, which transmit the detected infrared rays to amplifiers that amplifies the signals for output.
Two output types are available: mini power relay output and photo-MOS relay output for AC/DC control.

Dimension

Amplifier unit

Fiber optic cable

Optical head

Circuit

FD-A310C (Relay output type)

FD-A310CM (Photo MOS relay output type)

Area

Detection field of view (mm)

Steel/Ceramic

Detection of formed bottles

HMD used for the detection of hot formed bottles.

Option

Fiber optic cable

オプション写真

Fiber optic cableGT205AD

dimLink
Description Fiber optic cable
Length 0.5m
Lowest detection temperature 320℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT21AD

Description Fiber optic cable
Length 1m
Lowest detection temperature 330℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT22AD

Description Fiber optic cable
Length 2m
Lowest detection temperature 350℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT23AD

Description Fiber optic cable
Length 3m
Lowest detection temperature 370℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT25AD

Description Fiber optic cable
Length 5m
Lowest detection temperature 390℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT27AD

Description Fiber optic cable
Length 7m
Lowest detection temperature 410℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>
オプション写真

Fiber optic cableGT210AD

Description Fiber optic cable
Length 10m
Lowest detection temperature 430℃
Protective structure Heat resistance 200 °C, IP 67
Note <p>*)These temperatures are inherent performance applicable when heated material is larger than the detecting field of view. For actual usage, consider at least 50 °C above these temperatures as guidelines. Heated material smaller than the field increases the lowest detectable temperature.</p>

Optical head

オプション写真

Optical headOHC

dimLink
Description Optical head
Heat resistance 200℃
Protective structure IP67