Description

The RTS8503-1 is an Electronic Component Model that belongs to the IC Chips category. This model provides dependable performance for management of fans, blowers, and air conditioning systems. It features a twist-in, twist-out 1451DHHT High-Temperature ionization detector head, which makes it easy to remove for cleaning, maintenance, and replacement without removing the duct housing. The DH400ACDCIHT samples air currents passing through a temperature range of 32° – 158°F (0° – 70°C) with an air velocity rating from 500 – 4,000 FPM. It can operate with either 24 VAC/DC or 120/220 VAC and is easy and quick to mount to round or rectangular ducts from 1′ – 12′ (0.3 – 3.7 meters) wide. This model is backed by a 3-year warranty.

Specifications and features

• Model: RTS8503-1
• Product category: IC Chips
• Temperature range: 32° – 158°F (0° – 70°C)
• Air velocity rating: 500 – 4,000 FPM
• Power requirements: 24 VAC/DC or 120/220 VAC
• Mounting: Quick and easy mounting to round or rectangular ducts from 1′ – 12′ (0.3 – 3.7 meters) wide
• Detector head: 1451DHHT High-Temperature ionization detector head
• Warranty: 3 years

Application Scenarios

The DH400ACDCIHT is designed for interior or exterior duct applications where extreme temperatures can exceed standard detector capabilities. For exterior applications, use DH400 OE-1 outdoor enclosure.

Comparison

• The model features a twist-in, twist-out detector head that makes it easy to remove for cleaning, maintenance, and replacement without removing the duct housing.
• It offers a temperature range of 32° – 158°F (0° – 70°C) and an air velocity rating from 500 – 4,000 FPM.
• The model is designed for easy and quick mounting to round or rectangular ducts from 1′ – 12′ (0.3 – 3.7 meters) wide.
• The model is backed by a 3-year warranty.

• The product is designed specifically for managing fans, blowers, and air conditioning systems and may not be suitable for other applications.
• The temperature range for the model may not be sufficient for some extreme environmental conditions.