150W HPS Electronic Ballast For High Pressure Sodium Lamp

 

HPS Dimmable Electronic Ballast

150W 160-264VAC Dim

 

Features

• The microprocessor has a "color control" function to stabilize the color temperature and lumen output changes that may be caused by voltage changes
• Development and design of light source electrical system, optimized performance design
• Specific operating frequency, eliminate light source flicker, bring comfortable lighting effect
• Constant power output, small light source color difference, stable lumen output, bright and long-lasting lighting effect
• Low power consumption and heat dissipation, effectively reducing energy consumption and reducing ambient temperature (such as air conditioning) and other required electricity expenses
• With comprehensive light source end of life and abnormal protection functions such as overheating/pressure/load, short circuit, etc.
• Wide operating voltage, up to 180-364V
• Simple wiring and easy installation

 

Applications

· Road and street lighting

· Area and flood lighting

· Super Market and Hypermarket

 

 

Electrical Data

Specification item	Value
Nominal Input Power	150W
Output Power	150 W
Output Frequency	30~60 KHz
Power Factor	>0.95
Total Harmonic Distortion	< 10 %
IP Rating	54
Sound Rating	Grand A

 

Electrical Data

Specification item	Value
Nominal Input Voltage	220…240 VAC
Input Voltage AC	160…264VAC
Nominal Input Frequency	50…60 Hz
Input Frequency AC	47…63 Hz
Nominal Input Current	0.32…0.35 A
Maximum Input Current	0.48 A
Efficiency	90 %

 

Features

Specification item	Value
Ambient Temperature	-20…+55 °C
Tcase Maximum	80 °C
Tcase Cut-Off	90 °C

 

Operational Temperature and Humidity

Specification item	Value
Over Temperature Protection	Yes
Short Circuit Protection	Yes
Under Voltage Protection	<160Vin
Over Voltage Protection	>264Vin
Withstand 350V for 2 hours & 380V for 15 mins	Yes

 

Logistic Data

Specification item	Value
Product Name	HPS Dimmable Electronic Ballast 150W 160-264VAC Dim
Model No.	HPS-150W-D
Size	162×98.2×58.6mm
Weight	0.8 KG
Pcs/Ctn	10
N.W	8 kg
G.W	9 KG
Ctn Size	553x192x160mm

 

Standards and certifications:

 

• Safety: EN61347-2-12
• Total harmonics: EN61000-3-2
• EMC electromagnetic interference immunity (EMS): IEC61547
• EMC electromagnetic interference (EMI): CISPER15 ed7.2
• Vibration test: IEC68-2-6-Fc
• Impact test: IEC68-2-29-Eb, IEC60068-2-27
• Compliance certification: CE, CQC, RoHS, CCC
• Quality standard: ISO9001
• Environmental standard: ISO14001

 

Mechanical Drawing

 

Effect:

Stable current.

Limit current

Improve efficiency

extend your life

safety

Energy saving and environmental protection

 

IP Rating

EOL protection for luminaire

Short circuit protection

Over temperature protection

 

Notes:

 

• In the case of three-phase power supply, do not disconnect the neutral line; otherwise the circuit may be damaged
• The ballast can withstand a 3-fold voltage drop (>10ms), then the power should be turned off and on again to reset the ballast
• To achieve proper electromagnetic compatibility, the circuit inside the lighting device should be as short and straight as possible; the power line must not be parallel to the lamp line
• Overheated lamps automatically start, and the lamps can be used for a maximum of 20 minutes
• Not suitable for 24-hour operation
• The above data is obtained when the power supply impedance value is set to 400mΩ (equivalent to 1 5 meters of wire with a cross-sectional area of ​​2.5㎡ plus 20 meters of wire connected to the middle of the power distribution system), reflects the number of ballasts used in the worst case. If the power supply impedance value is set to 800mΩ, the number of ballasts can be increased by 10% on this basis.
• The measured values ​​will be verified in the actual installation and the data may change.
• In some cases, the factor that determines the maximum number of uses is not the switch model, but the maximum power load of the switch.
• Note: The maximum number of ballasts can only be obtained when all switches such as wall switches are turned on at the same time.
• Single-pole circuit breakers are used for measurement. If multi-pole circuit breakers are used, it is recommended to reduce the number of ballasts by 20%.
• A maximum of 30 ballasts can be connected to a 30mA residual current detector at one time.