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Firmware Stable

Electrical parameters

Tab. 1: Limiting electrical parameters:

ParameterMinimumMaximumNotes
Number of cell inputs4 S14/18/20 Sdepends on ordered variant — see Tab. 2
Pack voltage range (fully charged)16.8 V58.8/75.6/84 Vdepends on ordered variant — see Tab. 2
Continuous discharge current±250 ADSC port, continuous @ passive cooling
Peak discharge current±500 ADSC port, continuous @ active cooling
Overload threshold±600 ADSC port, internal active limitation
Short-circuit threshold±850 ADSC port, fast-acting protection
Continuous charge current100 ACHG port, continuous @ passive cooling
Peak charge current200 ACHG port, continuous @ active cooling
Charge short-circuit threshold220 ACHG port, fast-acting protection
Continuous balancing current10 mA84 mAtemperature-protected balancing at all times
Short-circuit cut-off time1 µs5 µsbuilt-in short-circuit dissipation
Sleep consumption850 µA1150 µA@ standard sleep (auto sleep/wake control)
Deep-sleep consumption50 µA80 µA@ storage mode (periodic wake for checkups)

Variant selection

The number of cell inputs and the pack voltage range are two independent limits, both set by the ordered variant. A pack must satisfy both of them:

  • its series cell count must not exceed the number of cell inputs, and
  • its fully-charged pack voltage must not exceed the pack voltage range.

Tab. 2: Battery configurations covered by each variant combination:

Cell inputs \ Pack voltage range58.8 V75.6 V (in testing)84 V (in development)
14Li-Ion 4–14 S
LiFePO4 4–14 S
Li-Ion 4–14 S
LiFePO4 4–14 S ¹
Li-Ion 4–14 S
LiFePO4 4–14 S ¹
18Li-Ion 4–14 S
LiFePO4 4–16 S
Li-Ion 4–18 S
LiFePO4 4–18 S
Li-Ion 4–18 S
LiFePO4 4–18 S ¹
20 (in development)Li-Ion 4–14 S
LiFePO4 4–16 S
Li-Ion 4–18 S
LiFePO4 4–20 S
Li-Ion 4–20 S
LiFePO4 4–20 S
  • Color marks current availability: available / in testing / in development — not yet available. Contact siliXcon for availability of the variants in testing or in development.
  • Assumed fully-charged cell voltages: Li-Ion 4.2 V/cell, LiFePO4 3.65 V/cell. For other chemistries, contact siliXcon.
  • Each cell lists the configurations supported by that combination — the stricter of the two limits applies. For the best price, order the smallest combination that covers your pack.
  • ¹ Selecting a higher voltage range variant than the number of cells requires may compromise the continuous current capability.
  • Balancer variants: (x) max 18 S / (y) max 20 S.

POWER

PINDESCRIPTIONRATINGPROTECTION
BATT-pack -250 A continuous, 500 A peak
BATT+pack +58.8/75.6/84 V (to BATT-)
DISCHARGE-discharge load -250 A continuous, 500 A pulsebidirectional overload, short circuit to BATT-
CHARGE-charge load -100 A continuous, 200 A pulsebidirectional overload, short circuit to BATT-

SIGNAL

PINDESCRIPTIONRATINGPROTECTION
cell 1 -cell 1 minus100 mA
cell 2+ ... cell 20 +cell 2 plus ... cell 20 plus100 mA
TS1+temperature sensor0 - 3.6 Vshort circuit to BATT+
TS2+temperature sensor0 - 3.6 Vshort circuit to BATT+
PINDESCRIPTIONRATINGPROTECTION
+5V-PROT+5V supply for the accessories5 V, 50 mA max.PTC-fuse
GNDground reference for the accessories50 mA max.PTC-fuse
WS/SDAdata for LEDs / SDA pin of the display0 - 3.6 V
SWITCH/SCLinput from the button / SCL pin of the display0 - 3.6 V
CONT-contactor switch output negative / KEY switch input negative500 mA, BATT- to BATT+
CONT+contactor switch output positive / KEY switch input positive500 mA, BATT+fuse 3A
CHG DETECTcharger detection signal (active to BATTERY+ or to CONT+)BATT- to BATT+
PINDESCRIPTIONRATINGPROTECTION
CANLCAN communication low0 - 5 VPTC-fuse, galvanically isolated
GNDIOisolated ground reference50 mA max.galvanically isolated
CANHCAN communication high0 - 5 VPTC-fuse, galvanically isolated
VCCIOsupply voltage 5 V5 V, 50 mA max.galvanically isolated
TX-ISOLUSART TTL 5 V service communication0 - 5 VPTC-fuse, galvanically isolated
RX-ISOLUSART TTL 5 V service communication0 - 5 VPTC-fuse, galvanically isolated