| Вид документа | Інструкція з монтажу |
|---|---|
| Виробник | JCI |
| Код документа | ms4-multi-stage-electronic-temperature-control |
| Група обладнання | MS4 Multi‐Stage Temperature Controller |
| Сторінок | 4 |
| Мова документа | англійська |
| Розмір файлу | 0.2 МБ |
Текст документа
FANs 125, 121
Temperature Controls Section A
Installation Bulletin
Issue Date 1199
INSTALLATION BULLETIN
MS4 Multi-Stage Electronic Temperature Control
W iring
IMPORTANT: All MS4 controls are designed for
use only as operating controls. ! WARNING: Risk of Electrical Shock.
Where an operating control Disconnect power supply before
failure would result in personal making electrical connections to
injury or loss of property, it is the avoid possible electrical shock or
responsibility of the installer to equipment damage.
add devices (safety, limit
controls) or systems (alarm, Follow these wiring guidelines:
supervisory systems) that protect
against, or warn of, control • All wiring must conform to the National Electric
failure. Code and local regulations.
• Make all wiring connections using adequate gauge
copper conductors only. Connectors are rated for
Refer to the MS Series Multi-Stage Electronic 14-22 AWG wiring.
Temperature Controls Product Bulletin, LIT-125198, for Refer to Rating Table for more information.
necessary information on operation and performance
specifications for this product.
Internal to Control
➀ ➁ ➂ ➃ V1 V2 D S2 SC S1
M
C
ounting the MS4 Control
Stage Stage
➀ Power
The MS4 control is not position-sensitive but should be ➂ Supply
Stage Process
mounted for convenient wiring and adjustment. ➁ Binary Sensor
Common Input Binary / Sensor
To mount the DIN Rail Mount version, install the DIN
Auxiliary Temperature Sensor Common
rail where appropriate. Snap the control onto the rail in
position.
Figure 1: MS4 Panel Mount Wiring
To mount the Panel Mount version, ensure that there is
at least 2-3/4 inches (70 mm) space behind the panel. Binary Input
Make a cutout 1-3/16 by 2-13/16 inches Sensor Common Binary and Sensor Common
(29 by 71 mm). Remove retaining clip from control. Process Auxiliary
Insert the control into the hole. Install retaining clip and Sensor Temperature Stage ➁
adjust for tightness. Sensor
SC D CD S2 C2 ➁
C anadian DOC Compliance
Internal to Control
V1 V2 C1 ➀ C4 C3 ➂
This digital apparatus does not exceed the Class A
limits for radio noise emissions from digital apparatus Stage ➀ Stage ➃ Stage ➂
Power Supply
set out in the Radio Interference Regulations of the
See Rating Table
Canadian Department of Communications. Terminal Not Used for more information.
Figure 2: MS4 DIN Rail Mount Wiring
© 1999 Johnson Controls, Inc. 1
Part No. 24-7664-1717, Rev. A www.johnsoncontrols.com
Code No. LIT-125207
S etting Up the Stage Control
Use this table, with function So, to compensate for long
sensor wire. To lock/unlock the unit for programming
Press the Enter, Up, and Down buttons in
Table 1: Sensor Wire Size and Length sequence and hold until “- - -” is displayed. Hold
for about 10 seconds until the current
18 AWG 20 AWG 22 AWG Offset temperature is displayed. This toggles the
300-599 ft 190-374 ft 120 -239 ft 1F° keypad between locked and unlocked.
91-183 m 58-114 m 36-73 m 1C°
600-899 ft 375-564 ft 240-349 ft 2F° To run the self test procedure
183-274 m 114-172 m 73-107 m 2C°
IMPORTANT: Disconnect loads before beginning self-test
900+ ft 565+ ft 350+ ft 3F° procedure. Cycle power to resume normal
274+ m 172+ m 107+ m 3C° operation.
Press the Up and Down buttons in sequence,
Table 2: Rating Table and hold for 5 seconds.
Rating Category 120 240 24
VAC VAC VDC
Horsepower 1/4 1/2 - To select the mode of operation
Full Load Amperes 5.8 4.9 - 1. Press and hold the Enter and Down buttons
simultaneously for approximately 7 seconds.
Locked Rotor Amperes 34.8 29.4 -
Inductive (non-motor) 8 8 8
Amperes 2. Press the Up or Down button until the
desired setting is shown.
Pilot Duty VA 275 450 -
4d = Direct (cool),
Relay outputs must not exceed 20 amperes total connected 4r = Reverse (heat)
load. Power supply is 24 VAC. 4b = Deadband,
4i = Independent Setpoint
F CC Compliance 3. Press the Enter button to save the new
mode of operation.
This equipment has been tested and found to comply
with the limits for a Class A digital device pursuant to To change the setpoint (modes b, d, and r only)
Part 15 of the FCC Rules. These limits are designed to 1. Hold the Enter button down for 3 seconds.
provide reasonable protection against harmful The display will change to show the setpoint.
interference when the equipment is operated in a 2. Press the Up or Down button until you reach
commercial environment. This equipment generates, the new setpoint.
uses, and can radiate radio frequency energy and, if 3. Press the Enter button to save the new
not installed and used in accordance with the setpoint.
instruction manual, may cause harmful interference to Note: If you do not press the Enter button after selecting the new
radio communications. Operation of this equipment in setpoint, it is not saved. The control reverts to old setpoint.
a residential area is likely to cause harmful
interference, in which case the user will be required to To program other settings (modes b, d, r only) or
correct the interference at his/her own expense. to program setpoints and settings (mode i only)
1. Hold the Enter button down for about
R epair and Replacement 10 seconds. The display will change to HY.
(The display shows S1 if in Mode i.)
Field repair must not be made. In case of defective or 2. Press the Up or Down button until the
improperly functioning control, contact your nearest desired setting is shown.
Johnson Controls/PENN distributor. When requesting 3. Press the Enter button. The setting’s current
a replacement, refer to the model number found on the value is displayed.
data plate of the control.
4. Press the Up or Down button until the
D isplay desired value is shown.
5. Press the Enter button to save the new
Press Up and Down buttons to scroll through process value. After 10 seconds of inactivity, the
temperature, Auxiliary Temperature Sensor (ATS) display will return to its normal function.
status, and auxiliary temperature sensor reading. Note: If you do not press the Enter button after selecting the new
See Table 4. After 15 seconds of inactivity, the display value, it is not saved. The control reverts to the old value.
shows the process temperature.
2 A—MS4 Multi-Stage Electronic Temperature Control Installation Bulletin
Table 3: Functions and Settings
Mode 4d = Direct 4r = Reverse 4b = Deadband 4i = Independent Setpoint d
Setting Description Setting Range Default
SI Setpoint Modes d, r, b: relay cut-off point -40 to 99°F —
Mode i I: heating independent setpoint (-40 to 70°C)
HI Differential (Hysteresis) Temperature difference relative to setpoint or offset at which 1 to 9F° (1 to 9C°) 5
the load is switched On or Off
S2 Setpoint 2 (Offset) Modes d, r: difference between setpoint and Stage 2 d, r: 1 to 40F° (1 to 40C°) 5
Mode b: deadband (centered on setpoint) b: 2 to 40F° (2 to 40C°)
Mode I: cooling independent setpoint I: LL to HL
H2 Differential (Hysteresis) 2 See Differential (hysteresis) 1 to 9F° (1 to 9C°) 5
S3 Setpoint 3 (Offset) Modes d, r, I: difference between setpoint and Stage 3 1 to 40F° (1 to 40C°) 5
Mode b: difference between deadband and Stage 3
H3 Differential (Hysteresis) 3 See Differential (hysteresis) 1 to 9F° (1 to 9C°) 5
S4 Setpoint 4 (Offset) Modes d, r: difference between setpoint and Stage 4 1 to 40F° (1 to 40C°) 5
Mode b: difference between deadband and Stage 4
Mode i: difference between Setpoint 2 and Stage 4
H4 Differential (Hysteresis) 4 See Differential (hysteresis) 1 to 9F° (1 to 9C°) 5
LL Low Setpoint Stop Lower limit of end-user setpoint adjustment -40F° (-40C°) to HL 32
HL High Setpoint Stop Upper limit of end-user setpoint adjustment LL to 99°F (70°C) 90
Cc Anti-short Cycle Timer, Time delay between equipment On cycles for cooling stages 0 to 9 minutes 2
Cool
CH Anti-short Cycle Timer, Time delay between equipment On cycles for heating stages 0 to 9 minutes 0
Heat
rt Soft Start Rate at which the process temperature approaches the 0 to 99 minutes/degrees 10
setpoint
AH High Temperature Alarm High temperature alarm setpoint relative to main setpoint 0 to 50F° (0 to 50C°) 15
above setpoint
AL Low Temperature Alarm Low temperature alarm setpoint relative to main setpoint -50 to 0F° (-50 to 0C°) -15
below setpoint
Ad Alarm Differential Temperature difference relative to high and low alarms at 1 to 9F° (1 to 9C°) 5
which alarm output is switched Off
At Alarm Time Delay Delay between alarm detection and activation 0 to 99 minutes 15
So Sensor Offset Compensate for long sensor leads or sensor location -20 to +20F°(-20 to +20C°) 0
Un Units Used Temperature units used 0 = °C 1 = °F 1
PU Display Refresh Rate Time delay between display refreshes 1 to 99 seconds 1
IF Binary Input Function Configuration for normally closed binary input 0 = No binary input 0
1 = Shutoff/alarm
signaling
2 = Setback
3 = Remote shutoff
Sb Setback Value of setpoint shift when binary input is open and IF=2 0 to 20F° (0 to 20C°) 10
Id Binary Input Time Delay Time between binary input detection and enabling of IF 0 to 99 minutes 0
iS Interstage Time Delay Minimum amount of time between two successive stages 3 to 90 seconds 3
Lc Heating Reset Setpoint is lowered when Auxiliary Temperature Sensor (ATS) 0 to 6F° (0 to 6C°) 4
reading is higher than the setpoint and the difference exceeds
Note: Function is available only
the Non-compensated Band (NCB)
when ATS is connected.
Degrees of reset = [ATS– (setpoint + NCB)]/Lc
Uc Cooling Reset Setpoint is lowered when Auxiliary Temperature Sensor (ATS) 0 to 6F° (0 to 6C°) 4
Note: Function is available only reading is lower than the setpoint and the difference exceeds
when ATS is connected. the Non-compensated Band (NCB)
Degrees of reset = [ATS– (setpoint – NCB)]/Uc
NC Non-compensated Band Temperature range over which reset does not take place. 0 to 20 F°(C°) 8
This should be the same as Setpoint 2 in deadband mode.
Note: Function is available only
when ATS is connected.
A—MS4 Multi-Stage Electronic Temperature Control Installation Bulletin 3
A larm and Status Codes
Table 4: Status Codes (steady on display)
Status Code Indicates
F2 Auxiliary Temperature Sensor is not connected.
On Binary Input is closed.
OF Binary Input is open.
Table 5: Fault/Alarm Codes (flashing on display)
Error Code System Status
EE Program failure; control must be replaced. Alarm message displays, other outputs off.
FI Indicates an open or shorted process temperature sensor. Alarm message displays. Correct problem and cycle power to reset.
AI Binary input (IF) Option 1 selected and binary input open for Control output is switched off; alarm message displays. Correct
longer than time delay (id). condition to reset. Uses Soft Start option.
DF Binary input (IF) Option 3 selected and binary input open. Control output is switched off. Close binary input to reset. Does
not use Soft Start option.
HI Temperature has reached or exceeded (setpoint + AH). Alarm message displays. Correct condition to reset.
LO Temperature has reached or fallen below (setpoint - AL). Alarm message displays. Correct condition to reset.
O rdering Information
Table 6: Specifications
Power Requirements 3.7 VA @ 24 VAC, 50/60 Hz, Class 2 (20-30 VAC)
Ambient Conditions Operating: +14 to +140oF (-10 to +60oC); 0 to 95% RH (non-condensing)
Storage: -22 to +176oF (-30 to +80oC); 0 to 95% RH (non-condensing)
Accuracy + 1.8 Fo (+ 1Co )
Agency Listings UL Recognized: File E194024, CCN XAPX2
Canadian UL Recognized: File E194024, CCN XAPX8
FCC Compliant per Class A Digital Device, Part 15
Canadian DOC Compliant per Class A, Radio Interference Regulations
Table 7: Ordering Information
Item Code Description
MS4DR24T-11C MS4 DIN Rail Mount Control; A99BB-200C sensor included
MS4PM24T-11C MS4 Panel Mount Control; A99BB-200C sensor included
A99BB-200C A99B Temperature Sensor, cable length: 6-1/2 ft (2 m)
The performance specifications are nominal and conform to acceptable industry standards. For application at conditions beyond these
specifications, consult Johnson Controls/Penn Refrigeration Application Engineering at (414) 274-5535. Johnson Controls, Inc. shall not be
liable for damages resulting from misapplication or misuse of its products.
Controls Group
507 E. Michigan Street
P.O. Box 423 Printed in U.S.A.
Milwaukee, WI 53201 www.johnsoncontrols.com
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