THE MOST POWERFUL
ENGINE START MODULE
IN THE WORLD
The SkelStart Torque is based on Skeleton Technologies’ industry-leading SkelCap
ultracapacitors, which have the highest power and energy density on the market.
This advantage carries over to the SkelStart Torque, making it the most powerful
engine start module on the market.
ULTRACAPACITOR BASED
SPACE TECHNOLOGY
THAT STARTS
YOUR ENGINE
The same technology is used by the
European Space Agency, which means
it has been tested in the harshest
environment possible - SPACE.
Mining machines and other heavy machinery require powerful batteries to start
their engines, but batteries often fail in extreme temperatures. They also have short
lifetimes, leading to high maintenance and replacement costs.
KEY BENEFITS:
+ Can
start very
large diesel engines
The SkelStart Torque operates efficiently in temperatures ranging from
+65°C (+149°F) to -40°C (-40°F),
and has a lifetime of more than 10
years. It also extends the lifetime
for the batteries in your machinery,
because it handles the most demanding task - starting the engine.
+ Faster
and more reliable
engine starting even
in extreme
temperatures
+ Easy
installation
+ Extended
battery
lifetime
The SkelStart Torque has the highest peak power and cold cranking amps of any
engine start module on the market. It can start the large engines used in mining
machinery, and in case of extremely large engines, multiple units can be installed in
parallel to ensure sufficient starting power.
+ Maintenance-free
OUR TECHNOLOGICAL ADVANTAGE
WHY CHOOSE ULTRACAPACITORS OVER BATTERIES?
SKELSTART USES
FAST ULTRACAPACITORS
BATTERIES USE A
SLOW CHEMICAL REACTION
SKELSTART TORQUE
INSTALLATION
The Skelstart Torque Engine Start
Module is installed between the batteries
and the starter, which means the batteries
are disconnected from the starter.
Skelstart will always provide the starting
power for the engine, and the batteries
will only need to provide energy for lights,
air conditioning, heating, etc.
SPECIFICATIONS
SkelStart Torque 12V
Unit
SkelStart Torque 24V
Unit
Cold Cranking Amps (CCA)
A
2050
Cold Cranking Amps (CCA)
A
1200
Maximum Peak Current (0,4
sec current)
A
9434
Maximum Peak Current (0,4
sec current)
A
4717
kW
49,2
Peak Power
kW
93,1
V
14,1
V
28,2
Wh
35
Peak Power
Charged full voltage
Energy
Charged full voltage
Energy
Wh
35
Rated Capacitance
F
1280
Rated Capacitance
F
320
Individual Cell Capacitance
F
3200
Individual Cell Capacitance
F
3200
Charging current
A
16 (max)
Charging current
A
16 (max)
Continuous input
voltage range
V
9-16
Continuous input
voltage range
V
18-30
Continuous input voltage
range with specified charge
time
V
11,5-16
Continuous input voltage
range with specified charge
time
V
23-30
Recharge time (from 0 V)
min
19
Operating temperature
Deg OC
-40 – +65
ESR IEC
mOhm
Standby current draw
Dimensions
Weight
Recharge time (from 0 V)
min
8,5
Operating temperature
Deg OC
-40 – +65
1,01
ESR IEC
mOhm
2,14
mA
<10
Standby current draw
mA
<10
mm
350 L x 175 W
x 235 H
Dimensions
mm
350 L x 175 W
x 235 H
kg
9,4
Weight
kg
9,4
CONTACT US
Kaarel Kork
SkelStart Team Leader
+372 53 083 316
[email protected]
www.skelstart.com
Copyright © 2017 Skeleton Technologies OÜ. All rights reserved.
02-PR-Skelstart24V-160131