TEXIO DL-2060, Instruction Manual

Page: 23 / 152

17

SHIFT (in blue): Used for accompanying other button with upper print in blue and
converting function.
2-6. Third row with SHIFT button:

EXTRIG: Selects external triggers as the trigger source via BNC port on the rear panel.

HOLD: Holds reading.
3-1. The first row in SETUP section

◁▷
: Scrolls through buffer, conceals or reveals the digits while measuring.
3-2. The second row in SETUP section:

ESC: Cancels selection, moving back to measurement display.

ENTER: Accepts selection, moving to next choice or back to measurement display.

LOCK: Presses SHIFT then ESC button to prevent unpredictable operation on the
panel. In order to release lock condition, please press ESC again.
3-3. The third row in SETUP section:

CONFIG: Offers setting or adjusting function, relating some front panel buttons.

MENU: Offers setting or adjusting function, not relating other front panel buttons.
4. RANGE:

▷
: Moves to higher range.

◁
: Moves to lower range.

AUTO: Enables or disables auto-range.
5. Terminals: Selects input signal connections on front or rear panel.
6. Inserted Connections & Fuse Device:

HI & LO: Used for all measurements, except DC and AC current.
(Maximum input voltage: 1000V for voltage measurements. 200V for
4-wire measurement)

LO & I: Used for making DC and AC current measurements.

Front Fuse: Protects current input terminal from overcurrent.
(Maximum current: 3A, 250V)
1.3.2 The Display
DL-2060 has a 5x7 dot matrix, dual-display with three-color
(
White, Red and Yellow
)
annunciators for a better view. There are two rows in the dual-display screen. The upper
row displays readings and units. A maximum 13 characters are allowed for upper row
dot-matrix display. The lower row displays range of the measurements, condition or
information about an ongoing configuration. A maximum 16 characters are allowed for
lower row dot-matrix display. There are additional annunciators at upper side and right
side of the display screen for indicating the state or the condition of an ongoing
measurement. They are explained individually in the following sections.