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liquid cool plates
- Thread starter Pkaushal
- Start date
- Thread starter
- #3
hi,
Liquid cool plates are 2types as under:
1)Liquid-to-Liquid Heat Exchangers for Chemical Baths
Designed to fit inside most wet bench systems, Ultra high precision control
10X response time with ~90% less power than Freon-based chillers
High reliability, No maintenance
2) Liquid-to-Liquid In-line Heater for High Temp Baths
Designed to fit inside most wet bench systems
Well suited for electroplating baths above 40°C
Maintains precise control: ± 0.05°C
High reliability, No maintenance
pk
Liquid cool plates are 2types as under:
1)Liquid-to-Liquid Heat Exchangers for Chemical Baths
Designed to fit inside most wet bench systems, Ultra high precision control
10X response time with ~90% less power than Freon-based chillers
High reliability, No maintenance
2) Liquid-to-Liquid In-line Heater for High Temp Baths
Designed to fit inside most wet bench systems
Well suited for electroplating baths above 40°C
Maintains precise control: ± 0.05°C
High reliability, No maintenance
pk
LittleInch
Petroleum
Acid temperature in a "bath tub" ??
I hope you're not disposing of bodies.
Being serious, that looks like sales guff to me. I don't think anything is accurate to 0.05 C
Some links would help.
Remember - More details = better answers
Also: If you get a response it's polite to respond to it.
I hope you're not disposing of bodies.
Being serious, that looks like sales guff to me. I don't think anything is accurate to 0.05 C
Some links would help.
Remember - More details = better answers
Also: If you get a response it's polite to respond to it.
0.05°C is about 0.1°F, I held temperature that tight for paints/sealers/adhesives and the like during a previous employment. Properly tuned PID controls for solid state heating relays, and pulsed chiller loop feed, properly sized for flow & surface area. 0.5°F/.25°C for most jobs that didn't need tighter control was fairly easy.
I'd imagine if the exchanger and temperature sensor contact surfaces were made of a thermally conductive metal that was rated for service in the acid you'd be able to control it. Keeping the acid agitated to provide even control would be the more difficult aspect, depending on the geometry of the tub, relative volume, etc.
I'd imagine if the exchanger and temperature sensor contact surfaces were made of a thermally conductive metal that was rated for service in the acid you'd be able to control it. Keeping the acid agitated to provide even control would be the more difficult aspect, depending on the geometry of the tub, relative volume, etc.
Compositepro
Chemical
The answer to the OP's question is simply, yes. He is probably looking for something more, but I have no idea what that could be based on the question.
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