- Model NO.: CTF
- Electric Current Type: AC
- Certification: CSA, UR, UL, CE
- Voltage: 110V/230V/380-450V
- Specification: CE, UL
- HS Code: 8414599099
- Blade Material: Plastic
- Mounting: Duct Fan
- Size: 16", 20", 24", 28"
- Trademark: OEM
- Origin: China
Features
Saving energy .
Strong wind power .
Convenient to move.
Make low noise and light weight due to die-casting aluminum alloy.
With good capacity,the reasonble structure and the strong suction
Application
lt's special manufacturde for underground cable maintaince,shipping making.
Blowing bad gas when welding shipbuilding,canning ,bridge.Â
Exhaust for fire fighting,piping construction and in other violent working situation for ventilation.
Deep Cycle VRLA GEL AGM Battery
There are two kinds of valve-controlled sealed lead-acid batteries: one is the use of ultrafine glass fiber diaphragm (AGM) valve-controlled sealed lead-acid batteries; One is the use of colloidal electrolyte (GFL) valve controlled sealed lead-acid battery (abbreviated as GFL-VRLA Battery).
They all use the cathode absorption principle to seal the battery. Therefore, there must be about 10% diaphragm gap in AGM-VRLA battery diaphragm, for GFL-VRLA battery, after the perfusion of silica sol into gel, skeleton to further shrink, silica sol viscosity should be controlled at about 10mPa.s, so that gel cracks through between positive and negative plates. Voids or cracks provide a channel for the oxygen precipitated from the positive plate to reach the negative electrode.
In the production of AGM-VRLA battery, too much perfusion electrolyte is not conducive to the recombination of oxygen in the cathode, and too much perfusion electrolyte will cause the internal resistance of AGM-VRLA battery to increase. In the production of GFL-VRLA battery, if the viscosity of silica sol is too high, that is, the amount of silicon solution is too large, it will cause cracks in the gel and increase the internal resistance of GFL-VRLA battery. On the contrary, it is not conducive to the recombination of oxygen in the cathode. Therefore, the valve-controlled sealed lead-acid battery requires very strict production technology.
1. Major differences in structure and process
Both AGM-VRLA batteries and GFL-VRLA batteries are sealed by cathode absorption principle. When the valve-controlled sealed lead-acid battery is charged, the positive electrode will release oxygen and the negative electrode will release hydrogen. Positive oxygen evolution starts when the positive charge reaches 70%. The precipitated oxygen reaches the negative electrode and reacts with the negative electrode in the following way to achieve the purpose of cathode absorption.
GEL batteries are in the minority, but they have unique advantages and are favored by the industry and users. The outstanding advantages of GEL battery are: long service life (up to 10-20 years); Withstand multiple charge and discharge cycles (up to 500-1500 cycles at 80%DoD); Tubular plate can be used for GEL batteries, longer service life; GEL battery has good deep discharge resistance; It can run under partial charge; No electrolyte delamination; High temperature performance is good; Almost no thermal runaway occurs. Only its price is higher than AGM Battery. GEL batteries are in the minority, but they have unique advantages and are favored by the industry and users. The outstanding advantages of GEL battery are: long service life (up to 10-20 years); Withstand multiple charge and discharge cycles (up to 500-1500 cycles at 80%DoD); Tubular plate can be used for GEL batteries, longer service life; GEL battery has good deep discharge resistance; It can run under partial charge; No electrolyte delamination; High temperature performance is good; Almost no thermal runaway occurs. Only its price is higher than AGM battery.
Deep Cycle Vrla Gel Agm Battery,Deep Cycle Gel Agm Battery,Deep Cycle Rv Battery,Lead Acid Deep Cycle Battery
Jinhua Juxing Power Supply Co., Ltd , https://www.poweriderbattery.com