monitoring and
controlling load

DISCOVER THE EXE cell family

EXE Cell is a system developed to add the over and under load safety function to the machine by monitoring and controlling the load in real time, equipped with an intelligent and intuitive software

EXE cell LC-PRO

Winner award for innovation of PLASA 2015, it’s a fully integrated in the EXE Rise chain hoists. Embedded load cell components within the body hook allows for true zero loss of headroom. The Real-Time load is also viewable on a color multifunction display, protected by a durable polycarbonate screen.

EXE CELL LC-PRO CONFIGURATION

LC-PRO4
CHAIN HOIST

lc-ncb32
dynacell

LC-NCB32 DYNACELL AND LC-PRO4 CHAIN HOIST

wired xlr
7 pin

lc-ncb32
CELL BOOSTER

ethernet

lc-pro

software

EXE CELL LC-PRO COMPONENTS

LC-PRO
chain hoist

NCB32 500kg/5T DYNACELL

LC-NCB32
CELL BOOSTER

LC-PRO
SOFTWARE

LC-pro Chain hoist

LC-H2T CELL HOOK

LC-PRO4 DISPLAY

EXE CELL LC-H2T

CELL HOOK

KEY FEATURES

Load Cell fully integrated into the hook plate assembly.
Solid and robust – Built to withstand the rigors of touring.
Easy to upgrade from a standard hook. Simply fixed in place using two bolts.
Cable from load cell to display is routed inside the hoist for additional durability.
No loss of headroom compared with external load cell systems.

EXE CELL LC-PRO4

CELL DISPLAY

KEY FEATURES

Calibration of load cell via link connectors for easy setup without dismounting the hoist. Two panel display, one to show 4-DIGIT weight (132×47 mm) and a second 2-DIGIT display (45×39 mm) has the possibility to select between pounds or kilograms. Both displays are mounted behind a durable polycarbonate protection screen. Dual color multifunction display to show system calibration setup and real time weight loading, with adjustable brightness and auto power off functions. Automatic display reverse option to provide easy to read, clear display in either body up or down operation. Backup via power supply via battery.
Optional available a LI-Ion battery to mount inside the Cell Display that is able to power the load cell without using any external power supply via link connector, for more details please read the instruction manual.
“Zero” value setting (Tare) function, shows the weight of the suspended load only and not the self weight of the hoist. Double load / sleeve block / reading setting. Setting over and under – load.

EXE CELL LC-NCB32

DYNACELL 

KEY FEATURES

EXE LC-NCB32 is a new super stylish ergonomic design available in two models: 500kg & 5t. One component for a limitless range of applications. Precision and reliability, any type of rigging hardware can be safely connected to create a live load monitoring system.
All on-board electronics are miniaturized. Magnetic on/off switch and hermetic containment for maximum protection from dust and water.

WIRED VIA XLR 7 PIN CABLE

EXE CELL LC-NCB32

CELL BOOSTER

KEY FEATURES

  • Powers up to 32 EXE Cell Pro interface modules via two 7 Pin XLR output lines.
  • Rack mountable – 2U.
  • Front panel includes Data and Power on LED indicator lights.
  • 1 X Emergency Stop mushroom button.
  • Power inlet and auxiliary out via Powercon connectors on rear (16A Max). Auto sensing voltage selector.
  • Can be connected to EXE Drive controllers and lined to activate E-Stop network in case of Over/Under load.
  • Multiple boosters and EXE Drive units can be linked together. MAX 64 channels on one network.
  • 2 X Powercon relay outputs on rear. These can be used to trigger flashing beacons or audible sounders as an additional warning in case of over/under load.

WIRED VIA ETHERNET CABLE

EXE CELL LC-PRO

SOFTWARE

KEY FEATURES

EXE Cell HCapp software is free and very easy to use. It is possible to set maximum (overload) and minimum (underload) load limits for each hoist directly from the PC interface.
If the load monitoring detects a hoist that reaches one of these pre-set limits the hoist will stop. In addition to this, you can also set a lesser load value than the maximum and minimum limits that will act as a visual warning that the system is approaching the pre-set cut out points.