Hanna (HI770) Checker HC Handheld Colorimeter for Silica High Range
HI770 Checker HC Handheld Colorimeter for Silica High Range
Professional silica testing from 0 to 200 ppm for cooling towers, boilers, and industrial water systems
The Hanna HI770 Checker HC delivers accurate silica concentration measurement for high-silica environments where traditional test strips fall short. With a 0 to 200 ppm (SiO₂) range and colorimetric analysis, this handheld instrument provides lab-grade data for cooling tower blowdown, boiler feedwater, and industrial process water monitoring.
Built for Demanding Industrial Water Analysis
High Range Silica Detection
Measures 0 to 200 ppm SiO₂ for high-concentration cooling and boiler systems where standard testers max out
Colorimetric Precision
LED light source and narrow-band interference filter eliminate subjective color interpretation for consistent results
Ready Reagent System
Pre-measured powder packets designed for HI770 eliminate dosing errors and speed up on-site testing
Portable Design
Battery-powered handheld form factor with simple two-button operation for field use at remote cooling towers or plants
Fast Sample Analysis
Results in minutes with minimal sample preparation, reducing downtime in water treatment decision-making
Auto-Shutoff Battery Saver
Conserves power during intermittent testing schedules common in facility maintenance routines
Designed for High-Silica Industrial Environments
The Hanna HI770 is engineered for cooling tower blowdown monitoring, boiler feedwater analysis, reverse osmosis pretreatment validation, and industrial process water where silica scaling is a critical concern. Compatible with HI770-25 reagent packets. Ideal for facilities managing high-hardness source water or operating at elevated cycles of concentration where silica buildup threatens heat transfer efficiency and equipment longevity.
Hanna Instruments has supplied water quality professionals with portable colorimeters and photometers for over four decades, trusted in municipal, industrial, and laboratory applications worldwide.
HI770 Checker HC Handheld Colorimeter for Silica High Range
Professional silica testing from 0 to 200 ppm for cooling towers, boilers, and industrial water systems
The Hanna HI770 Checker HC delivers accurate silica concentration measurement for high-silica environments where traditional test strips fall short. With a 0 to 200 ppm (SiO₂) range and colorimetric analysis, this handheld instrument provides lab-grade data for cooling tower blowdown, boiler feedwater, and industrial process water monitoring.
Built for Demanding Industrial Water Analysis
High Range Silica Detection
Measures 0 to 200 ppm SiO₂ for high-concentration cooling and boiler systems where standard testers max out
Colorimetric Precision
LED light source and narrow-band interference filter eliminate subjective color interpretation for consistent results
Ready Reagent System
Pre-measured powder packets designed for HI770 eliminate dosing errors and speed up on-site testing
Portable Design
Battery-powered handheld form factor with simple two-button operation for field use at remote cooling towers or plants
Fast Sample Analysis
Results in minutes with minimal sample preparation, reducing downtime in water treatment decision-making
Auto-Shutoff Battery Saver
Conserves power during intermittent testing schedules common in facility maintenance routines
Designed for High-Silica Industrial Environments
The Hanna HI770 is engineered for cooling tower blowdown monitoring, boiler feedwater analysis, reverse osmosis pretreatment validation, and industrial process water where silica scaling is a critical concern. Compatible with HI770-25 reagent packets. Ideal for facilities managing high-hardness source water or operating at elevated cycles of concentration where silica buildup threatens heat transfer efficiency and equipment longevity.
Hanna Instruments has supplied water quality professionals with portable colorimeters and photometers for over four decades, trusted in municipal, industrial, and laboratory applications worldwide.
Original: $135.00
-65%$135.00
$47.25Description
HI770 Checker HC Handheld Colorimeter for Silica High Range
Professional silica testing from 0 to 200 ppm for cooling towers, boilers, and industrial water systems
The Hanna HI770 Checker HC delivers accurate silica concentration measurement for high-silica environments where traditional test strips fall short. With a 0 to 200 ppm (SiO₂) range and colorimetric analysis, this handheld instrument provides lab-grade data for cooling tower blowdown, boiler feedwater, and industrial process water monitoring.
Built for Demanding Industrial Water Analysis
High Range Silica Detection
Measures 0 to 200 ppm SiO₂ for high-concentration cooling and boiler systems where standard testers max out
Colorimetric Precision
LED light source and narrow-band interference filter eliminate subjective color interpretation for consistent results
Ready Reagent System
Pre-measured powder packets designed for HI770 eliminate dosing errors and speed up on-site testing
Portable Design
Battery-powered handheld form factor with simple two-button operation for field use at remote cooling towers or plants
Fast Sample Analysis
Results in minutes with minimal sample preparation, reducing downtime in water treatment decision-making
Auto-Shutoff Battery Saver
Conserves power during intermittent testing schedules common in facility maintenance routines
Designed for High-Silica Industrial Environments
The Hanna HI770 is engineered for cooling tower blowdown monitoring, boiler feedwater analysis, reverse osmosis pretreatment validation, and industrial process water where silica scaling is a critical concern. Compatible with HI770-25 reagent packets. Ideal for facilities managing high-hardness source water or operating at elevated cycles of concentration where silica buildup threatens heat transfer efficiency and equipment longevity.
Hanna Instruments has supplied water quality professionals with portable colorimeters and photometers for over four decades, trusted in municipal, industrial, and laboratory applications worldwide.
