Ballast BAMH1000-CWA/230EU for 1000W Metal Halide Fittings
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R 2,599
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This Ballast is used along with the TG1000 Metal Halide complete case with globe.
Features
Voltage Compatibility: The "230EU" in the model number indicates that this ballast is designed for use with a voltage of 230V
Core and Coil Design: The ballast is likely built with a core and coil design, which is common for HID (High-Intensity Discharge) lamp ballasts.
CWA Circuitry: CWA stands for "Constant Wattage Autotransformer," which is a type of circuit used in HID ballasts. It allows for a degree of control over the lamp's power output.
Compatibility: This ballast is specifically designed for use with 1000W Metal Halide lamps. Ensure that your fixture and lamp are compatible with this ballast.
Ignitor: It may include an ignitor as part of the ballast system, necessary for initiating the discharge process in Metal Halide lamps.
Thermal Protection: Some ballasts come with thermal protection features to prevent overheating. This can contribute to the longevity of the ballast and the connected lamp.
This Ballast is used along with the TG1000 Metal Halide complete case with globe.
Features
Voltage Compatibility: The "230EU" in the model number indicates that this ballast is designed for use with a voltage of 230V
Core and Coil Design: The ballast is likely built with a core and coil design, which is common for HID (High-Intensity Discharge) lamp ballasts.
CWA Circuitry: CWA stands for "Constant Wattage Autotransformer," which is a type of circuit used in HID ballasts. It allows for a degree of control over the lamp's power output.
Compatibility: This ballast is specifically designed for use with 1000W Metal Halide lamps. Ensure that your fixture and lamp are compatible with this ballast.
Ignitor: It may include an ignitor as part of the ballast system, necessary for initiating the discharge process in Metal Halide lamps.
Thermal Protection: Some ballasts come with thermal protection features to prevent overheating. This can contribute to the longevity of the ballast and the connected lamp.
-Input Volts: 240V
-Regulation
Line Volts ±10%
Lamp Watts ±10%
-Line Current Amps)
Operating 4.70
Open Circuit 3.10
Starting 3.10
-Recommended Fuse (Amps ) 12
-Temperature Ratings
Insulation Class H
Coil Temperature Code B
Benchtop Coil Rise 74.12
-Power Factor (Min) 90%
-Input Watts 1070W
-Current Crest Factor 1.60
-Nom. Open Circuit Voltage 412
-Input Voltage at Lamp Dropout 140
-Minimum Ambient Starting Temp -20°F/-30°C
50 HZ Test Procedures
High Potential Volt Test:
One Minute 1,650V
1 Second 2,000V
Open Circuit Voltage Test (V) 380-444
Short Circuit Current Test (A) Min 4.95 Max 5.85
Input Current Min 2.30 Max 3.50
Capacitor Requirements
Microfads 30.0uf
Volts ( Min) 480V
-Regulation
Line Volts ±10%
Lamp Watts ±10%
-Line Current Amps)
Operating 4.70
Open Circuit 3.10
Starting 3.10
-Recommended Fuse (Amps ) 12
-Temperature Ratings
Insulation Class H
Coil Temperature Code B
Benchtop Coil Rise 74.12
-Power Factor (Min) 90%
-Input Watts 1070W
-Current Crest Factor 1.60
-Nom. Open Circuit Voltage 412
-Input Voltage at Lamp Dropout 140
-Minimum Ambient Starting Temp -20°F/-30°C
50 HZ Test Procedures
High Potential Volt Test:
One Minute 1,650V
1 Second 2,000V
Open Circuit Voltage Test (V) 380-444
Short Circuit Current Test (A) Min 4.95 Max 5.85
Input Current Min 2.30 Max 3.50
Capacitor Requirements
Microfads 30.0uf
Volts ( Min) 480V