MILITARY - Lind Electronics

Lind Electronics, Inc.
Power Specialists for Mobile Computing
Lind Electronics, Inc.
Power Specialists for Mobile Computing
24 VDC TO 12 VDC
ADAPTER
Modified Sine Wave
Inverters
Power up to 2 devices simultaneously using a
single 24 VDC power source.
Run basic AC-powered devices using a single
DC power source.
The 24 VDC to 12 VDC Adapter plugs into a military vehicle’s 24
VDC NATO Slave input and provides up to 12 VDC through two
female cigarette lighter sockets.
NOTE: Additional military cable configurations and cable length
options are available. Contact your Lind Sales Representative for
assistance.
Modified Sine Wave Inverters convert power supplied from a 12
or 24 VDC power source to AC power for operating conventional
AC-powered devices. Modified Sine Wave Inverters are well-suited
for powering lights, televisions, power tools, microwave ovens, and
other basic electrical devices.
Lind Electronics offers both 150 watt and 300 watt DC/AC
versions of its Modified Sine Wave Inverters.
Modified Sine Wave Inverters
24 VDC to 12 VDC Adapter
Pure Sine Wave
Inverters
Electrical Specifications: 24 VDC to 12 VDC Adapter
Run select AC-powered devices using a single
DC power source.
• Output Voltage No Load: 13.0 - 14.0 VDC; Vin = 22 - 32
VDC, IL = 0A
• Output Voltage Full Load: 11.5 - 13.0 VDC; Vin=22 - 32
VDC, IL = 12.5A
• Load Current: 12.5 ADC; Vin = 22 - 32 VDC
• Output Power: 150 W; Vin = 22 - 32 VDC
• Input Voltage Range: 22 - 32 VDC; IL = 0 - 12.5A
• Input Current No Load: 0.05 ADC; Vin = 22.0 VDC
• Input Current No Load: 0.05 ADC; Vin = 32.0 VDC
• Input Current Full Load: 8.85 ADC; Vin = 22.0 VDC
• Input Current Full Load: 6.25 ADC; Vin = 32.0 VDC
• Efficiency Full Load: 84%; Vin = 22.0 VDC, IL = 12.5A
• Efficiency Full Load: 82%; Vin = 32.0 VDC, IL = 12.5A
• Ripple/Noise Full Load: 250 mVp-p; Vin = 22.0 VDC,
IL = 12.5A, 20 MHz BW
• Ripple/Noise Full Load: 380 mVp-p; Vin = 32.0 VDC,
IL = 12.5A, 20 MHz BW
• Start-up Time: 10 mS; Vin = 22 - 32 VDC, IL = 12.5A
Pure Sine Wave Inverters convert power supplied from a 12 or 24
VDC power source to AC power for operating sensitive AC-powered
devices. Pure Sine Wave Inverters provide an output voltage wave
form with very low distortion and clean power like that supplied by a
utility. Pure Sine Wave Inverters are well suited to power sensitive
electrical or electronic devices such as laptop computers, laser
printers and specialized communications equipment.
Pure Sine Wave Inverters offer higher efficiency ratings than
Modified Sine Wave Inverters. Lind Electronics offers both 150
watt and 300 watt DC/AC versions of its Pure Sine Wave Inverters.
Pure Sine Wave Inverters
Protection Specifications: 24 VDC to 12 VDC Adapter
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• Input Under-voltage Shut Down: 20.5 - 21.5 VDC
• Input Over-voltage Shut Down: 33 - 35 VDC
• Output Over-current Shut Down: 16.5 - 18 ADC; Vin
= 22 - 32 VDC
Environmental Specifications: 24 VDC to 12 VDC Adapter
• Ambient Temperature, Operating: -20º - 55º C
• Ambient Temperature, Storage: -40º - 85º C
Mechanical Specifications: 24 VDC to 12 VDC Adapter
• Dimensions: 6.5 x 3.6 x 2.65 in (L x W x H) without
cables
• Thermal Protection: 94º C; Auto restart
• Shut Down Restart Time: 8 - 12 S; Auto restart
• Reverse Input Protection: Fuse blows
• Relative Humidity: 95%, no condensation
• Weight: 2.25 lbs
Specifications: Modified Sine Wave Inverters
• Energy efficient Output: 120 VAC @ 60 Hz / 220
VAC @ 50 Hz
• Convection-cooled: 150 W; Fan-cooled: 300 W
• Low Battery Alarm: 10.5 VDC (12 VDC Input)
Specifications: Pure Sine Wave Inverters
• 90% energy efficient under full load, 95% energy
efficient under 1/3 load
• Output: 120 VAC @ 60 Hz / 220 VAC @ 50 Hz
• Fan cooled
• Low Battery Alarm: 10.5 VDC (12 VDC Input)
• Low Battery Alarm: 21 VDC (24 VDC Input)
• Low Battery Alarm: 21 VDC (24 VDC Input)
• Low Battery Shut Down: 10 VDC (12 VDC Input)
• Low Battery Shut Down: 20 VDC (24 VDC Input)
• Alarm & Thermal Shut Down: 55º C
• Low Battery Shut Down: 10 VDC (12 VDC Input)
• Low Battery Shut Down: 20 VDC (24 VDC Input)
• Regulation: + or - 6%
• Total Harmonic Distortion (max.): 4%
• Alarm & Thermal Shut Down: 55º C
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USA Office: 6414 Cambridge Street • Minneapolis, MN 55426 • 952.927.6303 • 952.927.7740 (Fax) • www.lindelectronics.com • info@lindelectronics.com
European Office: Asternweg 4/2 • 73765 Neuhausen, Germany • +49 7158 987 5460 • +49 7158 987 5416 (Fax) • meisele@lindelectronics.com