Disclaimer: Specifications and error codes are based on common industry standards for the CASP 2500H model. Always refer to the official user manual provided with your specific unit.
: Specifically designed to restore NiCd (Nickel-Cadmium) batteries. Auto Charging
Best for: Students, hobbyists, and basic lab work
In the rapidly evolving world of industrial automation, material handling, and precision engineering, model numbers often blur into a sea of alphanumeric soup. However, certain designations stand out as benchmarks for quality. One such designation that has been gaining significant traction among engineers, system integrators, and procurement specialists is the .
The CASP 2500H wins on total cost of ownership (TCO) for applications requiring precision and duty cycles under 50%. For purely high-speed, low-force applications, pneumatics remain cheaper; for 5000N+, hydraulics still dominate.
The CASP/2500H was developed as an advanced successor to the CASP/2000 series. Its primary function is to automate the complex servicing requirements of professional-grade batteries, such as , Lead-Acid, and other rechargeable chemistries. In high-stakes environments like aviation, battery failure can be catastrophic; the CASP/2500H mitigates this risk by providing precise analysis of a battery's health and capacity. Key Technical Features
Designed for reliability in rugged environments, the unit is housed in a compact aluminum case and is fully convection-cooled. Specification 350 Watts maximum Charging Output 0–78 VDC / 0–10 ADC Discharging Output 0–78 VDC / 0–14 ADC (65W max) Input Voltage 90–135 VAC or 180–265 VAC (Auto-selected) Operating Altitude Up to 40,000 feet Weight & Dimensions 10 lbs; 8.75" W x 14" D x 4" H Connectivity and Software Integration
Disclaimer: Specifications and error codes are based on common industry standards for the CASP 2500H model. Always refer to the official user manual provided with your specific unit.
: Specifically designed to restore NiCd (Nickel-Cadmium) batteries. Auto Charging
Best for: Students, hobbyists, and basic lab work
In the rapidly evolving world of industrial automation, material handling, and precision engineering, model numbers often blur into a sea of alphanumeric soup. However, certain designations stand out as benchmarks for quality. One such designation that has been gaining significant traction among engineers, system integrators, and procurement specialists is the .
The CASP 2500H wins on total cost of ownership (TCO) for applications requiring precision and duty cycles under 50%. For purely high-speed, low-force applications, pneumatics remain cheaper; for 5000N+, hydraulics still dominate.
The CASP/2500H was developed as an advanced successor to the CASP/2000 series. Its primary function is to automate the complex servicing requirements of professional-grade batteries, such as , Lead-Acid, and other rechargeable chemistries. In high-stakes environments like aviation, battery failure can be catastrophic; the CASP/2500H mitigates this risk by providing precise analysis of a battery's health and capacity. Key Technical Features
Designed for reliability in rugged environments, the unit is housed in a compact aluminum case and is fully convection-cooled. Specification 350 Watts maximum Charging Output 0–78 VDC / 0–10 ADC Discharging Output 0–78 VDC / 0–14 ADC (65W max) Input Voltage 90–135 VAC or 180–265 VAC (Auto-selected) Operating Altitude Up to 40,000 feet Weight & Dimensions 10 lbs; 8.75" W x 14" D x 4" H Connectivity and Software Integration