ZUP/NC401 TDK Corporation, ZUP/NC401 Datasheet - Page 50

• Manufacturer Part Number: ZUP/NC401
• Description: CABLE COMMUNICATIONS RS232
• Manufacturer: TDK Corporation
• Series: ZUPr

Specifications of ZUP/NC401

• Connector Type: D-Sub 09 pos Male to RS232 8 pos Male
• Length: 3.28' (1.00m)
• Cable Type: Round
• Color: White
• Shielding: Shielded
• Usage: Communication
• Cable Length: 1m
• Connector Type B: RJ45
• Connector Type A: DB9 Female
• Cable Assembly Type: Serial
• For Use With: ZUP Series Power Supplies
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 285-1666

5.5.3 Output control continued
10
12
11
#
5
6
7
8
9
:CUR!;
:CUR?;
:OVPn;
Commands
:FLD?;
:OVP?;
:OUTn;
:OUT?;
:FLDn;
Example - ZUP10-XY :OVP08.4;
Example- OP08.4
Description
Returns the string
output current. The programmed value range is shown in table 5-2.
example- SA3.000 SA07.50
Returns the string
The actual current range is the same as the programming range.
example- AA3.000 AA07.50
Sets the output to On or Off.
:OUT1; - Output On
:OUT0; - Output Off
Returns
OT1 - Output is On
OT0 - Output is Off
Sets the Foldback protection to On or Off.
:FLD1; Arm the foldback protection.
:FLD0; Release the foldback protection.
:FLD2; Cancel the foldback protection.
When the foldback protection is activated, :FLD0; will release the
protection and re-arm it while :FLD2; will cancel the protection. If the
protection has not been activated, both commands are the same.
Returns
FD1 - Foldback is armed
FD0 - Foldback is released
Sets the over-voltage protection level in volts. Over-voltage range settings
are given in table 5-3:
Table 5-3: Over-voltage programming range.
Returns the string
protection value. The over-voltage range is given in table 5-3.
ZUP6-XY
ZUP10-XY
ZUP20-XY
ZUP36-XY
ZUP60-XY
Model
ZUP80-XY
ZUP120-XY 006.0 132.0
OT
FD
followed by the Foldback protection status.
followed by the output On/Off status.
MIN.
0.20
00.5
01.0
01.8
03.0
04.0
AA
OP
SA
MAX.
13.0
24.0
40.0
66.0
88.0
(Actual Amper) followed by the actual output current.
7.50
(Set Amper) followed by the present programmed
followed by the present programmed over-voltage