Additional Information
Appendix G
G-3
PROGRAMMING PARAMETERS
Access only to Set Point SP (without code protection):
• Press and release SET. SP text appears on the display.
• Press SET again. The real value is shown on the display.
• Modify the value using the UP and DOWN keys.
• Press SET to store the new SP value.
• Press SET and DOWN to quit programming, or wait 1 minute for the
controller to TIMEOUT.
Access to all parameters (code protected):
• Press SET for 8 seconds. The access code value 00 is shown on the
display.
• Using the UP and DOWN buttons, select the code (factory-set code is
00).
• Press SET to enter the code. If it is correct, the first parameter label will
be shown on the display (SP).
• Move to the desired parameter with the UP and DOWN keys.
• Press SET to see the value.
• Modify the value with the UP and DOWN keys.
• Press SET to enter it, and exit to next parameter.
• Press SET and DOWN to quit programming, or wait 1 minute for the
controller to TIMEOUT.
SETTING THE KEYBOARD CODE TO ZERO
The keyboard code can be set to zero by holding the SET key and turning
the controller off then on again.
LED INDICATIONS
Out: This indicates that the compressor is connected. It waits the
programmed minimum stop time of the compressor.
Def: This indicates that defrosting is activated.
MESSAGES DISPLAY
In normal operation, the probe temperature will be shown. In case of alarm
or error, the following messages will be shown:
• Er- Memory error.
• -- Short-circuited probe error.
• oo- Open probe error.
PARAMETERS
PARAMETER DESCRIPTIONS
SP = Set Point.
Temperature wished to regulate the machine. Can vary
from r1 to r2.
r0 = Differential
For heating control if temperature is > SP then output is OFF. When
the temperature drops to <SP - r0 the output is ON.
For cooling control if temperature is < SP then output is OFF. When the
temperature increases to > SP + r0 the output is ON.
r1 = Lower Set Point Limit
r2 = Higher Set Point Limit
d0 = Heat or Cooling Control.
Ht = heating control, Co = cooling control.
d2 = Defrosting Time Remaining
, in minutes. If d2 = 0, defrosting will not
start.
d8 = Interval Between Two Defrostings
, in hours.
c0 = Minimum time for compressor to be OFF.
Minimum time from
when the compressor stops till it connects again.
c1 = Continuous Cycle Time.
The remaining time for a continuous cold
cycle.
c2 = ON time
of fault cycle, during probe error.
c3 = OFF time
of fault cycle, during probe error.
P1 = Ambient Probe Calibration.
Offsets degrees to adjust the ambient
probe.
P4 = Decimal Point.
Display decimal point in normal operation. Always
present in parameter menus.
H5 = Access Code to Parameters.
Factory-set as 00.
H6 = Ambient Probe Type.
Sets probe type to be NTC or PTC.
t0 = Temperature Display Limit.
Maximum temperature shown on the
display, although the real temperature can be greater.
OPERATION IN CASE OF ERROR
If the probe or thermostat memory should fail, the compressor will be
connected for 5 minutes ON then 5 minutes OFF.
MAINTENANCE
CLEANING
Clean the surface of the display controller with a soft, damp cloth. Never
use abrasive detergents, petrol, alcohol or solvents.
REPAIRS
After final installation of the TS Series Digital Temperature Switch, no
routine maintenance is required. A periodic check of system calibration is
recommended. The devices are not field repairable and should be
returned to the factory if recalibration or other service is required. After first
obtaining a Returned Goods Authorization (RGA) number, send the
material, freight prepaid, to the following address. Please include a clear
description of the problem plus any application information
available.
Dwyer Instruments,Inc.
Attn: Repair Department
102 Highway 212
Michigan City, IN 46360 U.S.A
SP
r0
r1
r2
d0
d2
d8
c0
c1
c2
c3
P1
P4
H5
H6
t0
Description
Set point
Differential or hysteresis
Lower value for set point
Higher value for set point
Heating or cooling control
Time for defrosting
Interval time between defrosting
Minimum stop time for compressor
Continuous cycle time
ON time of fault cycle
OFF time of fault cycle
Ambient probe adjustment
Decimal point
Parameter access code
Ambient probe type
Maximum temperature on display
Units
degrees
degrees
degrees
degrees
option
minutes
hours
minutes
hours
minutes
minutes
degrees
option
numeric
option
degrees
Range
r1 to r2
1 to 20°
-50 to 150°C
-58 to 302°F
-50 to 150°C
-58 to 302°F
Ht/Co
0 to 59´
0 to 24
0 to 59´
0 to 24
0 to 999
0 to 999
-10° to 10°
yes/no
0 to 255
ptc/ntc
-50 to 150°C
-58 to 302°F
exi
ts
©Copyright 2014 Dwyer Instruments, Inc.
Printed in U.S.A. 7/14
FR# R0-443771-00 Rev. 4
LOVE CONTROLS DIVISION
Phone: 219/879-8000 www.love-controls.com
DWYER INSTRUMENTS INC.
Fax: 219/872-9057 e-mail:[email protected]
P.O. BOX 338 - MICHIGAN CITY, INDIANA 46360, U.S.A.
Summary of Contents for S 408 SPORT 2017
Page 1: ...OWNER S MANUAL MARCH 2017...
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Page 10: ...Safety Information Operator Notes...
Page 14: ...Table of Contents iv Operator Notes...
Page 17: ...Safety Label Locations 3 Exterior 10 19 36 42 19 36 12 15 14 13 18 6 37 11 38 22 7 12 21 40 43...
Page 24: ...Safety Label Locations 10 Operator Notes...
Page 40: ...Section 2 Helm Systems 2 8 Operator Notes...
Page 46: ...Section 3 Fuel Systems 3 6 Operator Notes...
Page 48: ...Section 4 Electrical Systems 4 2 Main Distribution Panel MDP...
Page 61: ...Electrical Systems Section 4 4 15 Operator Notes...
Page 62: ...Section 4 Electrical Systems 4 16 Operator Notes...
Page 72: ...Section 5 Plumbing Systems 5 10 Operator Notes...
Page 74: ...Section 6 Ventilation Systems 6 2 Operator Notes...
Page 82: ...Section 7 Exterior Equipment 7 8 Operator Notes...
Page 88: ...Section 8 Interior Equipment 8 6 Operator Notes...
Page 98: ...Section 9 Safety Equipment 9 10 Operator Notes...
Page 110: ...Section 10 Operation 10 12 Operator Notes...
Page 122: ...Section 12 Seasonal Maintenance 12 6 Operator Notes...
Page 130: ...Appendix B B 2 Date Hours Dealer Service Repairs Maintenance Log...
Page 131: ...Appendix B B 3 Date Hours Dealer Service Repairs Maintenance Log...
Page 132: ...Appendix B B 4 Date Hours Dealer Service Repairs Maintenance Log...
Page 133: ...Boating Accident Report Appendix C C 1...
Page 134: ...Appendix C Boating Accident Report C 2...
Page 135: ...Boating Accident Report Appendix C C 3...
Page 136: ...Appendix C Boating Accident Report C 4...
Page 137: ...Boating Accident Report Appendix C C 5...
Page 138: ...Appendix C Boating Accident Report C 6...
Page 139: ...Float Plan Appendix D D 1...
Page 140: ...Appendix D Float Plan D 2...
Page 142: ...Appendix D Float Plan D 4 Operator Notes...
Page 146: ...Appendix E Troubleshooting Guide E 4 Operator Notes...
Page 147: ...Schematics Appendix F F 1...
Page 148: ...Appendix F Schematics F 2...
Page 149: ...Schematics Appendix F F 3...
Page 150: ...Appendix F Schematics F 4...
Page 151: ...Schematics Appendix F F 5...
Page 152: ...Appendix F Schematics F 6...
Page 153: ...Schematics Appendix F F 7...
Page 154: ...Appendix F Schematics F 8...
Page 155: ...Schematics Appendix F F 9...
Page 156: ...Appendix F Schematics F 10...
Page 157: ...Schematics Appendix F F 11...
Page 158: ...Appendix F Schematics F 12...
Page 159: ...Schematics Appendix F F 13...
Page 160: ...Appendix F Schematics F 14...
Page 162: ...Appendix F Schematics F 16...
Page 163: ...Schematics Appendix F F 17...
Page 164: ...Appendix F Schematics F 18...
Page 165: ...Schematics Appendix F F 19...
Page 166: ...Appendix F Schematics F 20...
Page 167: ...Schematics Appendix F F 21 Operator Notes...
Page 168: ...Appendix F Schematics F 22 Operator Notes...
Page 176: ...Appendix G Additional Information G 8 Operator Notes...
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