Waters 2410 Refractometer Inject Start Connections - Waters 2410 Operator's Manual

Making Inject Start Signal Connections
When you are using an IEEE-488 data system with the 2410 differential refractometer, the
data system or controller must receive an inject start signal from the autosampler or
manual injector to initiate the data collection and time-based programs.
Note: Depending on your system configuration, the inject start signal can be transmitted
through the IEEE-488 interface or the analog-out/event-in connectors on the 2410
refractometer rear panel. For information on non-IEEE-488 connections, see
Making Non-IEEE-488 Signal
Table 3-2 summarizes the inject start connections for different system configurations.
Note: If multiple devices in your system require an inject start signal, connect trigger wires
from the same (inject out) terminal on the injector to each device.
Table 3-2 Waters 2410 Refractometer Inject Start Connections
Inject Start Output Source
3
Waters 715, 717, and
717plus, and 2690
Separations Module, on the
IEEE-488 bus
Waters 715, 717, and 717plus
not on the IEEE-488 bus
Waters 2690 Separations
Module not on the IEEE-488
bus
Waters 712 Autosampler
Waters manual injector, or
third-party manual injector or
autosampler
44 Making Signal Connections
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Connections.
Inject Start Input Connection
(on the 2410 Refractometer)
IEEE-488 interface (see Section 3.2.1, Connecting to
a Waters Data System Using the IEEE-488
Note: If you are using the Waters 845 or 860 Data
System, you must program the multi-method to Start
By LAC/E (refer to the ExpertEase Reference Guide
for details).
Chart Mark and Ground
Chart Mark and Ground or Auto Zero and Ground
Chart Mark and Ground
Chart Mark and Ground
Section 3.3,
Bus)