Anderson HT Optical Transition Sensor

Anderson's HT Optical Transition Sensor is a compact sensor used to identify product changeovers in sanitary lines by providing a linear 4-20mA output proportional to the concentration of solids or fat molecules in a flowing stream of product. This in turn allows for automation of applications involving milk, ice cream, whey, juice or beer.

$2,675.00

$2,347.05

You save $327.95 (12%)!

* Please allow an extra 4 weeks for delivery
(for fitting 004, 006 and 007 above)

At the heart of the “HT” sensor is a small, robust, corrosion-resistant sapphire lens. The lens incorporates a silicone seal to meet 3-A standards for cleanability and sterility. The “HT” can be easily integrated as an input to a PLC or a simple display with switching or alarm capability. The transmitter is available in four tri-clamp sizes for ease of mounting to any sanitary line. Each unit is provided with a pre-wired, water-tight, quick-disconnect receptacle, and mating connectors with sealed cables are available as an option.

This simple, inexpensive sensor can pay for itself in a matter of weeks by providing real-time data for optimizing product changeovers, or for detecting actual product-towater or water-to-product transitions. It has been proven to significantly reduce Biological Oxygen Demand (BOD) loading in effluent streams while protecting against product adulteration.

Detailed specifications and ordering information can be found on the reverse, or by visiting our website at www. andinst.com.

• Provides 4-20mA output
for detecting transitions in
continuous fluid processing
systems
- significant reduction in
BOD charges
- enhanced efficiency
through automation
- greatly reduced product
losses
• Compact, single sensor with
sapphire lens for ease of
integration into existing
systems
• Stainless steel construction,
with NEMA 4X rating
• 3-A compliant; Third party
verified in accordance with
standard 46-03

Performance/Electrical:: Accuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Accuracy: ± 0.2% of span at 4.00mA (Water)Accuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Repeatability: ± 1.0% of span in any target fluidAccuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Response Time: 10 millisecondsAccuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°FAccuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP)Accuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Process Temperature Limits: Vacuum to 200psig at rated temp. Output: 4-20mA, 3 or 4 wire Power: 15-28 Vdc, at 35mAAccuracy: ± 0.2% of span at 4.00mA (Water) Repeatability: ± 1.0% of span in any target fluid Response Time: 10 milliseconds Resolution: 0.10% of reading with typical calibration Process Temp. Range: 32° to 250°F (continuous) Ambient Temp. Range: 40° to 120°F Process Temp. Shock: Withstands instantaneous changes of up to 125° (e.g. From 40° to 165°F during CIP, or from 125° to 250°F during SIP) Temperature Effect: 0.9% of span/10°F change (process and/or ambient) max.
Connection: 5-pin, water-tight, with quickdisconnect cabling
Mechanical:: Housing Material: 316-series stainless steel
Dimensions: 3.0″ diameter x 3.6″ length (approx.) (see sketch below)
Weight: 4lbs. (approx.)
Ratings: NEMA 4X (water-tight, corrosion proof) Authorized to carry 3-A Symbol (Standard 46-03)
Fitting: 316-series stainless steel; Ra = 32 microinches (.8 microns)
Optical Lens: Uncoated, optical sapphire (aluminum oxide) minimum thickness = 2.3 mm
Lens Seal: 60 durometer, FDA approved silicone rubber (meets ZZR-765-E, Class-2 A and B)