Hcv-3048 Booster Chassis; Connecting The Cell Cable To Your Cell; Cables Description When Used As Standalone Potentiostat Or With Booster Boards - Bio-Logic VMP-300-based Installation And Configuration Manual

Manual for VMP300-based instruments
Then, connection to the cell with the booster option is the same as the standard or ULC board
connection.
Fig. 56: Cell connection with 2A, 4A or 10A boosters
NOTE: It is possible to use the ULC cable presented in the next paragraph. Note that if the
potentiostat board is connected to 2 A, 4 A or 10 A booster and to a ULC cable, the lowest
Irange is 1 µA. The lowest Irange of the ULC cable is not reachable.

5.1.3 HCV-3048 booster chassis

The connection of the HCV-3048 to the potentiostat/galvanostat board is done using the DB15
or LIO cable.
When wanting to parallelize the HCV-3048 to increase the current, each chassis is connected
to the other using the DB15 or CLIO cable.
Also the BNC Open In in the back of the instrument should also be connected such that when
the Emergency Stop button is pushed on one instrument the power of all boosters is shut.
Fig. 57: Connection of the HCV-3048 external boosetrs with the controlling pstat/gstat

5.2 Connecting the cell cable to your cell.

5.2.1 Cables description when used as standalone potentiostat or with booster boards

Two types of cable, standard and Ultra Low Current (ULC) can be connected to the DB25
connector of the potentiostat/galvanostat/ZRA boards. The difference between the two cables
is their specifications. The current ranges available for the standard board is 10 nA to 500 mA
(10 nA and 100 nA range are gains) and for the ULC, it is from 1 pA to 500 mA (1 pA and 10
pA are gains).
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