Please upgrade to the new Edge browser, or use Chrome, Firefox or Safari, before continuing. Internet Explorer will not support the best shopping experience on the ADI Digital Branch site after March 12.
ADI #:PB-200HF-KH Model #: PB-200HFA-KH Name: Takex PB-200HFA-KH 4-Channel External Quad Beam Detector, 12-30V DC 120mA, 200m
AUTO-GAIN LOCK / AUTO-GAIN CONTROL
Produktoversigt
General Information
Discover the reliability of the Takex PB-200HFA-KH, a 4-Channel External Quad Beam Detector designed for optimal performance. Operating on 12-30V DC with a current of 120mA, this device ensures robust protection over distances up to 200m. It features advanced AUTO-GAIN LOCK and AUTO-GAIN CONTROL for enhanced stability and precision. Ideal for securing large areas, the Takex detector is a must-have for safety-conscious environments. Don't miss out, secure your space today!
Category : Infrarøde skud, PIR og perimetersikring, Produkter, Tyverisikring
Specifikationer
Generel information
ADI Part Number
PB-200HF-KH
Mærke
Takex
Pakket antal
1
Producent
TAKEX America, Inc
Producentens varenummer
PB-200HFA-KH
Produktmodel
PB-200HFA-KH
Produktnavn
PB-200HFA-KH Photoelectric Beam Detector
Produktserie
KH
Produkttype
Photoelectric Beam Detector
Tekniske oplysninger
Antallet af Kanaler
4
Forbindelsesteknologi
Wired
Lodret justering
10°
Maksimal svartid
700 ms
Maksimal svartid (Second)
0,7
Maksimal udendørs detektionsområde
200 m
Maksimal udendørs detektionsområde (mm)
200000,006
Maksimum indendørs detektionsområde
400 m
Maksimum indendørs detektionsområde (mm)
400001,232
Vandret justering
90°
Fysiske egenskaber
Bredde
59,9 mm
Bredde (mm)
59,944
Dybde
87,9 mm
Dybde (mm)
87,884
Farve
Sølv
Højde
350 mm
Højde (mm)
350,012
Strømbeskrivelse
Indgangsspænding (V DC)
12, 30
Input Volt
12V DC, 30V DC
Nuværende Input
120 mA
Nuværende Input (A)
0.12
Diverse
Funktioner
Alarm Memory, Auto-gain Lock, Automatic Gain Control (AGC), Beam Power Control Selector, Crosstalk Protection, Double Modulation, Environmental Monitoring Circuit, Modulated Beam Frequency Selection