Manual for VMP300-based instruments
51
.The current to the cell is provided by the booster using two 10 mm
2
highly flexible Cu-leads
with silicone insulation with 6 mm safety sockets and plugs with snap-in lock at both ends that
fit into the 6 mm safety flush-mounting receptacles with snap-in lock on the front panel of the
HCV-3048.
Fig. 72: Connection of the pstat to the HCV-3048 boosters and cells
Fig. 73: HCV-3048 2.5 m standard power cables with 6 mm safety sockets.
WARNING
It must be ensured when using boosters in parallel that the BNC cables in the back of the
instruments are also connected, such that when the emergency stop is triggered, either by
pushing on the front panel button or by a logic signal (TTL) coming from an external device.
When using several boosters, the power cables are all connected to the same point on the
stack, as well as the voltage measurement/control.
As the maximum power per booster can reach 2 kW, each HCV-3048 must be connected to
one separate power grid socket.
Please be aware of the following limitations for the voltage measurement leads (HV-48)
and the power cables or current measurement/control leads (HCV-3048).
Summary of Contents for HCV-3048
Page 2: ......
Page 97: ...Manual for VMP300 based instruments 89...
Page 98: ...Manual for VMP300 based instruments 90 The next steps are similar to the in built boosters...
Page 114: ...Manual for VMP300 based instruments 106 12 EC declaration of conformity 12 1 SP 200...
Page 115: ...Manual for VMP300 based instruments 107 12 2 SP 240 SP 300...
Page 116: ...Manual for VMP300 based instruments 108 12 3 VSP 300 12 3 1 Horizontal VSP 300...
Page 117: ...Manual for VMP300 based instruments 109 12 3 2 Vertical VSP 300...
Page 118: ...Manual for VMP300 based instruments 110 12 4 VMP 300...
Page 119: ...Manual for VMP300 based instruments 111 12 5 HCV 3048...