16 Volt, X-Series Modules available w/o CAN Communication
Weight – 12.1 lbs
Weight – 5.5 kgs
Length – 156.4mm
Height – 223 mm
Width – 148 mm
Cell Size: 2,000F
Number of Cells: 6
Voltage, (V DC), Rated/MAX: 16.2/17.1
Capacitance, IEC (F), Min/Normal: 319/333
DC ES, EIC (mΩ), NORMAL/MAX: 1.3/1.8
DC ESR, 10 mS (mΩ), NORMAL/MAX: 1.7/2.1
AC Impedance, 1kHz (mΩ), NORMAL/MAX: 1.5/1.9
EMAX, (Whr)[Min/Nom]: 11.6/12.1
DC, (10yr, 25°C, @VR) [F/mΩ]: >266/<4.2
ENDURANCE, (2,000hr, @VR) [F/mΩ]: >266/<4.2
STORAGE, (2yr, 25°C, @VR) [F/mΩ]: >299/<3.1
CYCLE, (1M Cycles, 25°C, @VR-@VR/2) [F/mΩ]: >266/<4.2
Additional Specifications For All Models:
UL 810A Max Operational Voltage(VDC) – 2,000VDC (per series string)
Hi-Pot(VAC) – 5,000
Operational Range(OC) – -40oC to +65oC(operational) to -40oC to +70oC(storage)
Continuous Current(A ), [20o Rise] – Test data available for some. Contact IOXUS
Current, Short Circuit(A) – 10,000(1,200F), 12,400(2,000F), 13,500(3,000F)
Current, Peak[1s] (A) – 1,200(1,200F), 1,900(2,000F), 2,500(3,000F)
Resistance, Thermal(OC/W), [RTH] – Test data available for some. Contact IOXUS
Terminal Size & Max Torque – M8/20Nm & M10/30Nm
Safety/Environmental – RoHS, UL810a, Chinese RoHS, IP67
Shock – IEC 60068-2-27(TA1@25g), ISO 16750-3(4.2.2)
Vibration – ISO 16750-3(Table 12)
Product specification test and calculation methods are available:
The X-Series® product has been selected as the design choice across the globe.
IOXUS, iMOD X-Series® modules, made with cylindrical or prismatic pouch cells, have a high voltage range, can deliver and absorb a high current, can perform under a wide range of climate conditions, and have a long life cycle. They are designed to hold multiple cells to attain any voltage requirement in the most efficient way possible. We have several highly effective modules, ranging from 16 Volts to 128 Volts. They allow for hundreds of thousands of charge/discharge cycles with minimum changes in performance over the life cycle of the product. Available with various balancing schemes and communications, modules allow our customers to integrate ultracapacitors with much less design efforts compared to single cells.
IOXUS modules, or iMOD X-Series®, have a wide voltage range, can deliver and absorb a high current, perform under a wide range of climate conditions, and have a long life cycle. Since most applications require voltages higher than a standard cell, users of these modules can implement them much easier than single cells.
We have several highly effective modules, ranging from 16 Volts to 128 Volts. Our modules use iCAP® cylindrical cells and can be connected in series up to 2000V with no additional balancing required. The X-Series® can also be connected in parallel to satisfy higher energy requirements.
A single design, creating 22 individual modules, which can be arranged in any configuration by the customer, allows for tremendous flexibility at the application level, allowing each customer to right-size the capacitance and voltage for their specific requirements, while using off-the-shelf products.
Several options are available upon request, and when reviewing the datasheet, the options are coded into the part number. These options include Analog communications, Digital communications, CAN communications, as well as Liquid Cooling.
Integrated heat-sinks, built-in mounting which use standard hardware, optional Digital, Analog, or CAN communications allow for any end-use possible. With 5,000V hi-pot, shock and vibration certification for all transportation applications, and field serviceable electronics all wrapped in an IP-67 rated unit, these modules are ready to service your application for many years with no maintenance.
All X-Series® modules are designed to be liquid cooled. If you are interested in purchasing modules w/o CAN Communication and/or modules with liquid cooling, please contact the IOXUS sales team.
PROP 65 WARNING: This product can expose you to chemicals including lead and lead compounds, which are known to the State of California to cause cancer or birth defects or other reproductive harm. Wash hands after handling.
For more information, visit www.P65Warnings.ca.gov