Red Lion GEMINI 52 - Manual (Page 13)

CODE 52 - OUTPUT 1 TERMINATION MODES
The Gemini 5200 has four “Output 1 termination Modes” which control the
way Output 1 will terminate or reset. In all modes, Output 1 will terminate
immediately when the channel to which it is assigned is manually reset.
A reverse phase mode is available on the Gemini 5200. This refers to the
complementing of the logic state of Output 1. With normal phase operation,
when the display value reaches Preset 1, Output 1 will turn on. The reset
condition of Output 1 is output off. In reverse phase operation, Output 1 turns off
when Preset 1 is reached. The reset condition of Output 1 is output on. (Note: The
state of the relay, if used, is also reversed.) A “-” sign in front of the mode
identifier will provide for reverse phase operation. The absence of a “-” sign will
indicate normal phase operation.
[52 3] TERMINATE AT MANUAL RESET - Output 1 activates when the rate is
greater than or equal to the Preset 1 value. In this mode, once Output 1 is
activated, it does not deactivate until the moment a manual reset occurs.
Output 1 is set for normal phase operation.
[52 4] TERMINATE AT MANUAL RESET END - This mode is like the
preceding, except Output 1 deactivates when reset ends. Output 1 is set for
normal phase operation.
[52 5] TERMINATE AFTER TIMED OUTPUT 1 - If both outputs are assigned to
the same rate channel [51 2,3], Output 1 will activate when the rate is below or
equal to the Preset 1 value. If each output is assigned to a different channel [51 1],
Output1willactivatewhentherateisgreaterthanorequaltothePreset1Value.
Output 1 will terminate after the “Timed Output 1 Value” if the timed output
value is less than the update time of the rate channel. If the timed output value is
greater than the update time, the output will appear to be latched on, deactivating
when the rate drops below the Preset [51 1], or above the Preset [51 2,3] and the
output time expires. Output 1 is set for normal phase operation.
[52 6] BOUNDARY MODE - When in boundary mode, the Preset 1 Value serves
as the boundary point. When the rate value is less than Preset 1, Output 1 is not
activated (normal phase). When the rate value is greater than or equal to the
Preset, Output 1 is activated. If the display value were to drop below Preset 1,
Output 1 would then deactivate. Output 1 is set for normal phase operation.
[52 -3]
[52 -4] These modes are the same as above with the exception
[52 -5] that Output 1 is set for reverse phase operation.
[52 -6]
CODE 53 - TIMED OUTPUT 1 VALUE
The Gemini 5200 has the capability of varying the Timed Output 1 value from
0.01 second to 599.99 seconds. When the code is entered, instead of a single mode
identifier digit being displayed, six digits will be shown. Refer to the “Programming
The Presets, Scale Factors, And Timed Output Values” section for more details
about entering. The timed output will be terminated if the unit is manually reset.
The Timed Output 1 Value is used only when in timed output termination
mode, [52 5].
Note: A Timed Output Value of zero cannot be programmed into the Gemini 5200.
If a value of 0 is entered into the display and the “E” key is pressed, the unit will
not enter the 0, but will stay in the data entry mode. If a new value is not entered,
it will time out and the unit will continue to use its previous setting.
CODE 54 - OUTPUT 2 TERMINATION MODES
The Gemini 5200 has four “Output 2 termination Modes” which control the
way Output 2 will terminate or reset. In all modes Output 2 will terminate
immediately when the channel to which it is assigned is manually reset.
A reverse phase mode is available on the Gemini 5200. This refers to the
complementing of the logic state of Output 2. With normal phase operation,
when the display value reaches Preset 2, Output 2 will turn on. The reset
condition of Output 2 is output off. In reverse phase operation, Output 2 turns off
when Preset 2 is reached.
The reset condition of Output 2 is output on. (Note: The state of the relay, if used,
is also reversed.) A “-” sign in front of the mode identifier will provide for reverse
phase operation. The absence of a “-” sign will indicate normal phase operation.
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