
Installation - 2
Location
Agilent E4370A MCCD Mainframe
The outline diagrams in Appendix C give the dimensions of your Agilent MCCD mainframe. The mainframe may be installed
A fan cools the Agilent MCCD mainframe by drawing air in on the left side of the unit and discharging it through the back and side. Minimum clearance is 9 cm (3.5 inches) along the sides. Minimum clearance behind the mainframe is 23 cm (9 inches). Do not block the fan exhaust at the rear or the side.
NOTE: To ensure proper cooling of the Agilent MCCD mainframe, there should be no open slots in the front of the mainframe. If an Agilent E4374A Charger/Discharger Card is either not installed or has been removed from a slot, a blank filler panel must be installed in the opening. Refer to Table
Agilent E4371A Powerbus Load
CAUTION: To ensure adequate airflow to cool the Agilent Powerbus Load requires you to leave 0.6 meters (2 feet) of open space in front of the load and directly behind the load. If you are
When discharging its maximum rated power, the Agilent E4371A Powerbus Load becomes hot to the touch.
The outline diagrams in Appendix C give the dimensions of your Agilent Powerbus Load. The unit may be installed
You can rack mount the Agilent E4371A Powerbus Load in standard 600 mm (23.8 in.) width system cabinets, provided that you remove the rear door. This provides sufficient clearance for airflow. Rack mount kits are described in Table
Channel Connections
Each Agilent E4370A MCCD mainframe can control up to 256 individual charge/discharge cells when four Agilent E4374A Charger/Discharger cards are installed. Each Agilent E4374A Charger/Discharger contains 64 channels. Note that in the programming sections of this manual, channels are also referred to as outputs. When fully loaded, the 256 charge/discharge channels are configured as follows:
25