VeraSol
Snapshot Details
- Model Number: LED HD TV
- Diagonal Screen Size [in]: 19.1
- Power Supply Type: DC
- Nominal Conditions: On Mode Power Consumption [W]: 22.4
- Nominal Conditions: On Mode Average Power per Screen Size [W/cm2]: 0.0195
- Luminance Home Picture Mode [Cd/m2]: 316
- Retail Price [USD]: 80
Product Information
- Brand Product brand name as listed on consumer-facing materials, such as product package, nameplate, or product specification sheet Lamberts
- Product Type Type of display technologies the product uses, ie LCD display with LED backlit or CCFL-backlit technology LED-backlit LCD Display
- Model Number Model number as listed on consumer-facing materials, such as product package, nameplate, or product specification sheet LED HD TV
- Diagonal Screen Size [in] Size of a TV screen, described by the length of its diagonal 19.1
- Power Supply Type DC
- Manufacturer Company that manufactured the product Not stated
- Country of Manufacture Country where the product was manufactured Not stated
- Warranty [months] Length of warranty provided by a manufacturer, distributor, or retailer Not stated
- Rated Input Voltage [V] 12
Display
- Backlight Technology LED
- Lines of Resolution: Horizontal [pixels] 1024
- Lines of Resolution: Vertical [pixels] 768
- Aspect Ratio 4:03
- Viewable Screen Area [cm2] 1148
On Mode Power Consumption
- Nominal Conditions: On Mode Power Consumption [W] Amount of power required to operate the product, measured in the active-use “On” mode 22.4
- Nominal Conditions: On Mode Average Power per Screen Size [W/cm2] TV efficiency, defined as the average amount of power consumed per square centimeter of the screen size A lower value means higher efficiency 0.0195
- Nominal Conditions: Maximum On Mode Power [W] Maximum amount of power required to operate the product when the product’s volume and brightness are set at maximum levels 22.4
- Over-Voltage Conditions: On Mode Power Consumption [W] Measured during voltage fluctuation conditions, eg during battery charging and discharging cycles Product is tested with an increased voltage (15% increase from the manufacturer’s rated input voltage) 22.2
- Under-Voltage Conditions: On Mode Power Consumption [W] Measured during voltage fluctuation conditions, eg during battery charging and discharging cycles Product is tested with a decreased voltage (15% decrease from the manufacturer’s rated input voltage) 19
- Post Environment: On Mode Power Consumption [W] Measured after the product is exposed to 40°C ± 2°C temperature and 93% ± 3% relative humidity for a minimum of 24 hours, replicating environmental factors that off-grid products are typically used in 22.4
Standby Mode Power Consumption
- Nominal Conditions: Standby Mode Power Consumption [W] Amount of power required when the product is on standby mode (when it is plugged in but turned off) 0.08
- Over-Voltage Conditions: Standby Mode Power Consumption [W] Amount of power required when the product is on standby mode, measured in over-voltage conditions (15% increase of rated input voltage) 0.08
- Under-Voltage Conditions: Standby Mode Power Consumption [W] Amount of power required when the product is on standby mode, measured in under-voltage conditions (15% decrease of rated input voltage) 0.09
- Post Environment: Standby Mode Power Consumption [W] Amount of power required when the product is on standby mode, measured after 24 hours of environmental exposure 0.09
Luminance
- Luminance Home Picture Mode [Cd/m2] Brightness of display in “Home Picture” modes; Larger values mean brighter 316
- Luminance Retail Picture Mode [Cd/m2] Brightness of display in “Retail Picture” modes; Larger values mean brighter 330
Viewing Angle
- Horizontal Viewing Angle [degree], tested at 1/2 luminance Angle at which users can still view the display clearly and an indication of the display quality 112
- Horizontal Viewing Angle [degree], tested at 1/10 luminance Angle at which users can still view the display clearly and an indication of the display quality 170
- Vertical Viewing Angle [degree], tested at 1/2 luminance Angle at which users can still view the display clearly and an indication of the display quality 48
- Vertical Viewing Angle [degree], tested at 1/10 luminance Angle at which users can still view the display clearly and an indication of the display quality 70
Ingress Protection
- Ingress Protection Rating [IP number] Rates the effectiveness of the sealing of electrical enclosures against intrusion from foreign bodies (eg fingers, tools, dirt, etc) IP20
Connectivity
- RF in Yes
- HDMI in Yes
- VGA in Yes
- Component Video in No
- Composite AV in Yes
- PC Audio in Yes
- Headphone out Yes
- Audio out: Analog No
- Audio out: Digital No
- USB in Yes
- DC Power in Yes
- AC Power in No
- Other Connectivity Ports No
Product Quality Inspection
- Is the TV of good build quality and free of any visible defects? Yes
- Notes About Quality N/A
- Is the TV clearly marked with a standard nameplate? Yes
- Notes About Nameplate N/A
- Does the TV's packaging include appropriate information? Yes
- Notes About Packaging N/A
- Does the TV come with appropriate documentation? Yes
- Notes About Documentation N/A
Off-Grid Compatibility
- Is the TV able to function properly during and after the voltage fluctuation test? Yes
- Notes About Voltage Fluctuation Test N/A
- Does the TV have its own low voltage disconnect (LVD) & reconnect (LVR) circuit or similar automatic shutdown mechanism to protect batteries from unintended drainage? No
- Notes About LVD and LVR Test N/A
- Does the TV have a timer function which enables automatic shutdown after a set period of time? Yes
- Is the LVD/LVR/timer function adequately described in the user manual or product packaging? Yes
- Does the TV have any power saving features? No
Sampling And Testing Information
- Sample Location Where the product was randomly sampled from Kampala (Uganda)
- Retail Price [USD] Retail price of the product, documented at the time of purchase 80
- Test Completion Date [MM/DD/YYYY] 9/1/2017
- Test Laboratory Name Bharat Test House
Awards
- Global LEAP Awards Whether product was identified as a Winner or Finalist of the Global LEAP Awards No