Agilent Technologies E3616A Initial Inspection, Installation Data, Input Power Requirements

Table 1. Specifications and Operating Characteristics (Cont’d)

*REMOTE PROGRAMMING SPEED				DC ISOLATION
Maximum time required for output voltage to change from initial				± 240 Vdc maximum between either output terminal and earth
value to within a tolerance band (0.1%) of the newly programmed				ground including the output voltage.
value following the onset of a step change in the programming
input voltage.		Full load	No load	*COOLING: Convection cooling is employed.
Up:	E3614A:	3 msec	2 msec	*WEIGHT: 12.1 lbs/5.5 Kg net, 14.9 lbs/6.75 Kg shipping.
	E3615A:	9 msec	6 msec
	E3616A:	85 msec	85 msec	* Operating Characteristics
	E3617A:	200 msec	200 msec
Down: E3614A:		7 msec	1.6 sec
	E3615A:	13 msec	2.2 sec
	E3616A:	65 msec	1.8 sec
	E3617A:	200 msec	3.2 sec

INSTALLATION

INITIAL INSPECTION

Before shipment, this instrument was inspected and found to be free of mechanical and electrical defects. As soon as the instru- ment is unpacked, inspect for any damage that may have occurred in transit. Save all packing materials until the inspection is completed. If damage is found, a claim should be filed with the carrier. The Agilent Technologies Sales and Service office should be notified.

Mechanical Check

This check should confirm that there are no broken knobs or connec- tors, that the cabinet and panel surfaces are free of dents and scratches, and that the meter is not scratched or cracked.

Electrical Check

The instrument should be checked against its electrical specifi- cations. Paragraph "TURN-ON CHECKOUT PROCEDURE" con- tains a brief checkout procedure and "PERFORMANCE TEST" in section SERVICE INFORMATION includes an instrument perfor- mance check to verify proper instrument operation.

INSTALLATION DATA

The instrument is shipped ready for bench operation. It is neces- sary only to connect the instrument to a source of power and it is ready for operation.

instructions.

Figure 1. Outline Diagram

INPUT POWER REQUIREMENTS

This power supply may be operated from nominal 100, 115, or 230 Vac 47-63 Hertz power source. A label on the rear panel shows the nominal input voltage set for the unit at the factory. If necessary, you can convert the supply to another nominal input voltage by following the instructions below

Location and Cooling

This instrument is air cooled. Sufficient space should be allowed so that a free flow of cooling air can reach the sides and rear of the instrument when it is in operation. It should be used in an area where the ambient temperature does not exceed 40oC. Maximum current is derated 1% per oC at 40oC-55oC.

Outline Diagram

Figure 1 is a outline diagram showing the dimensions of the instrument.

Rack Mounting

This instrument may be rack mounted in a standard 19-inch rack panel either by itself or alongside a similar unit. Please see ACCESSORY, page 1-4, for available rack mounting accesso- ries. Each rack-mounting kit includes complete installation

Line Voltage Option Conversion

Line voltage conversion is accomplished by adjusting two compo- nents: the line select switch and the rear panel fuse F1. To con- vert the supply from one line voltage option to another, proceed as follows:

a.Disconnect power cord.

b.Turn off the supply and remove the top cover by lifting the cover upwards after taking it off from both sides of the chassis by inserting a flat-blade screwdriver into the gap on the lower rear portion of the cover.

c.Set two sections of the line voltage selector switch on the PC board for the desired line voltage (see Figure 2).

d.Check the rating of the fuse F1 installed in the rear panel fuse holder and replace with the correct fuse if necessary. For 100 and 115 V operation, use a normal blow 2 A fuse and for 230 V use a time delay 1 A fuse.

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