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Pneumatic Control Manual

717.1

Receiver-Controllers Section

Technical Bulletin

T-5800-3/-4

Issue Date

0586

© 1986 Johnson Controls, Inc.

1

Part No. 24-7029-0, Rev. —
Code No. LIT-7171320X

T-5800-3 and T-5800-4

Dual Input Receiver-Controllers

Installation and Calibration

The T-5800 Series Receiver-
Controllers are designed for use
with remote temperature, humidity,
or pressure transmitters
(connected to the controlled
variable “CV” input) to provide
precise control of pneumatic
devices.  The T-5800-3 is a dual
input proportional-only receiver-
controller with field selectable
local or remote set point.  The
T-5800-4 is also a dual input
receiver-controller with field
selectable local or remote set
point; however, this model
provides proportional plus integral
(PI) control.  In addition, an
automatic/manual integral control
cutout feature is incorporated into
the T-5800-4 design.  Utilizing the
fan “F” connection, this feature
allows the system to start up using
proportional-only control thus
keeping the system from going out
of control on startup, as is inherent
to PI (automatic reset) controllers,
when the system has been off for
some time.  Refer to Product Data
T-5800 for instrument
specifications and additional
details.

Installation

The T-5800 Series Receiver-
Controllers are designed for
surface mounting; refer to Fig. 3
for space requirements and
mounting details.  All air line
connections are made to the units
through two snap-on input/output
connectors which have barbed
fittings for 1/4 in.  O.D. polytubing.
Both dual input models are
furnished with a clear cover, snap-
on air connectors, a double
.007 in. orifice jumper, an
additional set point dial sticker
marked with 50 graduations, and a
yellow remote indication set point
dial sticker.

Fig. 3:  T-5800 Series Dimensions in./mm and Mounting Details

Fig. 1:  T-5800-3 Dual Input

Fig. 2:  T-5800-4 Dual Input

Proportional Receiver-Controller

PI Receiver-Controller

Содержание T-5800 Series

Страница 1: ...he T 5800 4 design Utilizing the fan F connection this feature allows the system to start up using proportional only control thus keeping the system from going out of control on startup as is inherent to PI automatic reset controllers when the system has been off for some time Refer to Product Data T 5800 for instrument specifications and additional details Installation The T 5800 Series Receiver ...

Страница 2: ... can be changed by interchanging the placement of the tube ends from one lower spigot to the other lower spigot see Figs 4 11 and 15 Each dual input T 5800 is furnished with a double 007 in orifice jumper and three yellow spigot caps see Fig 5 The orifice jumper provides a restricted source of supply to low volume non relay type transmitters For best results it is recommended that this jumper be u...

Страница 3: ...vice to the set point SP connection of the snap on input output connector A low volume restricted source of supply air less than 005 in orifice is automatically furnished therefore use 75 of the overall line length that is recommended for a 005 in orifice FC and PRV Test Points The FC and PRV test points and their associated adjustments are for FACTORY USE ONLY Supply Air Interruptions Both dual i...

Страница 4: ...4 T 5800 3 T 5800 4 Technical Bulletin Fig 8 X 200 173 Calibration Kit Fig 9 X 200 140 Test Probe with X 200 180 Series Transmission Gage and F 500 42 Adapter ...

Страница 5: ...ster manual or automatic to produce 9 PSIG 63 kPa using the appropriate method and gage as described above Turn the gain dial clockwise so that the word INCREASE imprinted on the dial is centered with the dial reference point Install the ratio selection jumper in the correct position see Fig 11 If the calculated ratio is less than or equal to 2 5 1 as is the case with the example where the calcula...

Страница 6: ...60 F or 5 4 to 9 PSIG per Fig 6 Note The master M INPUT is limited to not less than 2 PSIG nor greater than 17 PSIG Note the pressure readings at the master balance R reference corresponding to these minimum and maximum points If the minimum master balance R pressure noted above is greater than or equal to 5 PSIG and the maximum master balance R pressure is less than 19 PSIG with a 20 PSIG supply ...

Страница 7: ...which would produce the required 200 F 4 Apply the maximum master M input pressure value Example 60 F or 9 PSIG per Fig 6 5 Apply the corresponding controlled variable CV input pressure value Example 80 F or 5 4 PSIG per Fig 6 6 Set Point dial Adjustment Adjust the set point dial to cause the output pressure to be at the opposite end of the spring range of the controlled device Example Direct Acti...

Страница 8: ...8 T 5800 3 T 5800 4 Technical Bulletin ...

Страница 9: ...e working range internally to a more linear portion of the ratio circuit 3 Vary the master input from minimum to maximum over its working range Example 0 to 60 F or 5 4 to 9 PSIG per Fig 6 Note The master M INPUT is limited to not less than 2 PSIG nor greater than 17 PSIG Note the pressure readings at the master balance R reference corresponding to these minimum and maximum points If the minimum m...

Страница 10: ...no further adjustments will be required If the control point does not stabilize at the set point value or if excessive cycling occurs proceed to the Integral Time Adjustment section Integral Time Adjustment See Figs 17 18 Adjusting the integral time dial will not affect the controller set point If the system response toward the set point is too slow decrease the integral time and or increase the g...

Страница 11: ...the P PI jumper must be disconnected and left vented for a period of time equal to the integral time dial setting Start up the system and reconnect the P PI jumper when the system becomes stable T 5800 100 Time Delay When Fan F Connection is Used After system startup if the system response is too slow the integral control function will act on the signal before the proportional control function set...

Страница 12: ...12 T 5800 3 T 5800 4 Technical Bulletin Notes Controls Group 507 E Michigan Street P O Box 423 Printed in U S A Milwaukee WI 53202 ...

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