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Tepro rl1142540 high pressure sodium ballast factory for laboratory

Tepro rl1142540 high pressure sodium ballast factory for laboratory
  • Tepro rl1142540 high pressure sodium ballast factory for laboratory
  • Tepro rl1142540 high pressure sodium ballast factory for laboratory
  • Tepro rl1142540 high pressure sodium ballast factory for laboratory

Tepro rl1142540 high pressure sodium ballast factory for laboratory

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Product Information




TN2-800-2/75U For 1pc of155W lamp or 2pcs Of 75W Lamps

Classification of ballasts

Resistance ballast

A resistor ballast is one that regulates the lamp current by applying a voltage across the resistor proportional to the current.In the gas discharge light source circuit with dc power supply, the application of resistance ballast is simple in design and processing, but the power consumption is large and the efficiency is low.In the gas discharge source circuit with ac power supply, resistance ballast is also used. For example, tungsten wire is used as resistance ballast in the high-voltage mercury lamp circuit.But generally speaking, the application of resistance ballast in ac circuit will affect the current waveform of lamp, and make the luminous efficiency and stability of lamp decrease, but can improve the power factor of the circuit.

Inductance ballast

Inductance ballast, also known as reactor and choke, is a type of hysteresis ballast, that is, the lamp current phase lags behind the voltage phase of the power supply.It regulates the lamp current by the voltage on the inductor proportional to the rate of time change of the current.It is mainly used in gas discharge light source circuit with ac power supply.Compared with the resistance ballast, it can improve the current waveform and stability of the lamp.The inductance ballast is composed of iron core made of ferromagnetic material, coil made of enameled-wire and related insulation material.Inductance ballast is designed according to the power supply voltage, lamp voltage and lamp current, mainly to ensure the electrical parameters of the lamp, but also consider the loss, temperature rise and other parameters.In practical application, the performance of inductor ballast is stable and reliable, but it is bulky and noisy.

Tepro rl1142540 high pressure sodium ballast factory for laboratory-1


Product Parameters


Tepro rl1142540 high pressure sodium ballast factory for laboratory-2


Type

Size

  Input Voltage  

  Lamp Power  

  Lamp Specification  

RW3-425-18A

 75*48*39mm 

110-120V±10%

10-17W

UVC11W-UVC16W

RW5-425-40

 105*60*31mm 

220-240V±10%

10-40W

GPH212-843T5
G36T5 

UVC36T5
CUH36W

RW5-425-40A

 105*60*31mm 

110-120V±10%

10-40W

GPH212-843T5 

UVC11W-UVC16W

RW12-180-10

  81.5*42*23.5mm  

 220-240V±10% 

4-8W

UVC4W 

UVC6W 

UVC8W

   RW12-180-10A   

81.5*42*23.5mm

110-120V±10%

4-8W

UVC4W 

UVC6W 

UVC8W

RW12-425-18

81.5*42*23.5mm

220-240V±10%

10-17W

GPH287-357T5

RW12-425-18A

81.5*42*23.5mm

110-120V±10%

10-17W

GPH287-357T5 

UVC16W

RW15-425-18

81.5*42*23.5mm

220-240V±10%

10-17W

GPH212-357T5 

UVC11W-UVC16W

RH9-2100-320

250*108*57mm

220-270V±10%

200-320W

GPHHA1000T6L 

GPHHA1554T6L

RL1-425-90

215*44*26mm

220-240V±10%

40-79W

GPH1148-1630T5 

G48T5 G64T5
G67T5 UVC64T5

RL1-800-100

215*44*26mm

220-240V±10%

55-95W

GPH436-893T5HO 

GHO36T5 

UVC75WHO

RL11-425-40

165*38*26mm

220-270V±10%

21-40W

G36T5 

GPH212-843T5L 

UVC40W

TN51-425-40L

200*80*57mm

220-270V±10%

10-40W

GPH212-843T5L 

UVC11W-UVC40W

TN51-800-95L

200*80*57mm

220-270V±10%

48-95W

GPH436-1063T5HO
CUH35WHO 

CUH60WHO
CUH95WHO

TN2-800-2/75U

220*70*30mm

110-240V±10%

75-155W

GHO36T5L
GPH436/846T5HO
TUV PL-L35/60WHO
TUV36T5HO
GHO64T5L
GPH1554T5HO
TUV PL-L95WHO
TUV64T5HO




Product Display



The production of Tepro high pressure sodium ballast is divided into several phases. They include control system design, CNC cutting, turning, milling, welding, components inspections, and assembly. It has passed the test of tensile strength
Fabric treatments adopted have improved the characteristics of Tepro high pressure sodium ballast. And these processes are carried out with highly sophisticated machinery and technologies. It has tapped into world markets such as Europe, South America, and Southeast Asia
The production of Tepro high pressure sodium ballast involves the following major steps. It has to go through stamping, coating, painting, drying, and polishing by respective machines. It is manufactured by an ISO9001:2015 certified factory
Tepro high pressure sodium ballast is evaluated by process technology to ensure that sewing, construction and decoration meet the needs of the customer. There will not be damage marks after it is folded
Every step in the process of Tepro high pressure sodium ballast production becomes a crucial point. It needs to be machine sawed to size, its materials are to be cut, and its surface is to be honed, spray polished, sanded or waxed. The high crystallinity endows it with a good anti-corrosion effect
It has the ability to keep the same color without fading or running, even when washed, placed under strong light, exposed to sweat or treated with certain chemicals. It has tapped into world markets such as Europe, South America, and Southeast Asia
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