Parameter Descriptions
SP
= Set Point. Temperature we wish to activate relay output.
r0
= Differential or hysteresis.
r1
= Lower value for SP.
r2
= Higher value for SP.
r3
= Alarm reset
Aut
= Automatic
hoL
= Manual
PuP
= Reset on Power Up
r4
= If the probe reading does not fluctuate r4 degrees in 1 minute, the control will
enter alarm condition.
d0
= High or low limit control.
Where TS is the probe input temperature.
If d0 = Hi and r3 = Aut:
If TS ≥ SP relay output ON, AL displayed.
If TS ≤ SP - r0 relay output OFF, TS displayed.
If d0 = Hi and r3 = hoL:
If TS ≥ SP relay output ON, AL displayed.
If TS ≤ SP - r0 it waits for reset of relay output OFF, TS displayed.
If d0 = Lo and r3 = Aut:
If TS ≤ SP relay output ON, AL displayed.
If TS ≥ SP + r0 relay output OFF, TS displayed.
If d0 = Lo and r3 = hoL:
If TS ≤ SP relay ON, AL displayed.
If TS ≥ SP + r0 it waits for reset to relay output OFF, TS displayed.
c0
= Minimum stopping time of the load.
c2
= Output status with probe error.
c3
= Energize relay on alarm condition (Determines fail state during
power loss).
Yes
= Relay energized during alarm condition,
No
= Relay de-energized during alarm condition.
P1
= Ambient probe adjustment.
P5
= Ambient probe type.
tcJ
= (Type J),
tch
= (Type K).
H4
= Communication address.
H5
= Access code to parameters (factory set at 0).
H6
= Display value to show, temperature probe value or set point.
LED Indication and Display Messages
The
Alarm LED
indicates if the relay output is connected or not. When
the relay output is connected, the message AL is displayed alternated
with the probe temperature.
In normal operation the probe temperature will be shown on the display.
In case of error, the following messages can be shown:
Erl = memory error
ooo = open probe error
--- = ambient temperature out to range.
LIST OF PARAMETERS
Description
Units
Range
SP
r0
r1
r2
r3
r4
d0
c0
c2
c3
P1
P5
H4
H5
H6
Set point
Differential or hysteresis
Lower limit for SP
Higher limit for SP
Reset control
Short circuit probe detection
High or low limit control
Minimum stopping time
Output status with probe error
Alarm energize condition
Ambient probe adjustment
Ambient probe type
Communication address
Access code to parameters
Display value
Degrees
Degrees
Degrees
Degrees
Option
Degrees
Option
Seconds
Option
Option
Degrees
Option
Numeric
Numeric
Option
r1 to r2
1 to 99
0 to r2
r1 to 999
Aut/hoL/PNP
0 to 999
Hi/Lo
0 to 999
Off/On
No/Yes
-30 to 30
tcJ, tch
1 to 255
0 to 255
Pro, Set
TSF-DF Parameter Programming
Set Point Parameter Access:
• Press SET. SP text will appear on the display
• Press SET again. The set point value is shown on the display
• Use the UP and DOWN arrows to modify the set point value
• Press SET to save any new values. SP text will appear on the display
• Press SET and DOWN arrow to return to the process set point value.
• When the process set point value appears, release SET first and then DOWN Arrow
to return to normal operation mode.
• Waiting one minute will also exit the set point parameter programming.
Temperature Unit Function:
• To change between OC or OF units press and hold the UP and DOWN arrows at the
same time for 3 seconds.
• Control will toggle between Fahrenheit or Celsius units of measure
Upload Parameters from TSF-DF to TS2-K Key:
• Set the internal dip switches on the Model TS2-K programming key to the upload
position.
• Connect the TS2-K into the port on the back of the TSF-DF.
• Press and hold the blue button on the TS2-K.
• When the LED on the TS2-K turns green, the parameters have been successfully
uploaded; otherwise one of the following errors may have occurred:
• Flashing Green LED: Low battery.
• Flashing Red LED: A communication error has occurred, check the connection
between the TS2-K and the control.
Download Parameters from the TS2-K to the TSF-DF Control:
• Set the internal dip switches in the Model TS2-K programming key to the download
position.
• Connect the TS2-K into the port on the back of the TSF-DF.
• Press and hold the blue button on the TS2-K.
• When the LED on the TS2-K turns green, the parameters have been successfully
loaded on the TSF-DF control; otherwise one of the following errors may have
occurred:
• Flashing Green LED: Low battery.
• Flashing Red LED (90% off, 10% on): A communication error has occurred. To
solve this problem, check the connection between the TS2-K and the control.
• Flashing Red LED (10% off, 90% on): A memory error has occurred. To solve
this problem, repeat the steps to upload the parameters from the TSF-MDF to
the TS2-K configuration key.
• Alternating Red and Green LED: A program error has occurred. To solve this
problem, check that the version number on the TSF-MDF and the TSF-DF are
the same.
• Repeat the download step for the rest of the TSF-DF controls.
Reset An Alarm:
When the parameter r3 = Aut, the alarm condition will automatically reset once the
probe temperature reading returns to non-alarm conditions. When the parameter r3
= hoL, the alarm condition will remain activated until a reset signal is received either
by pressing the RST key on the front face of the control or by closing contact to the
rear input.
• When d0 = Hi the reset is accepted when the probe temperature TS ≤ SP - r0.
• When d0 = Lo the reset is accepted when the probe temperature TS ≥ SP + r0.
MAINTENANCE
Upon final installation of the Series TSF-DF Thermocouple Limit Control, no routine
maintenance is required. A periodic check of the system calibration is recommended.
The Series TSF-DF is not field serviceable and should be returned if repair is needed
(field repair should not be attempted and may void warranty). Be sure to include a
brief description of the problem plus any relevant application notes. Contact customer
service to receive a return goods authorization number before shipping.
CLEANING & REPAIR
Clean the surface of the display controller with a soft damp cloth. Never use abrasive
detergents, petrol, alcohol or solvents.
Printed in U.S.A. 4/18
FR# 444144-10
©Copyright 2018 Dwyer Instruments, Inc.
LOVE CONTROLS
P.O. BOX 373 • MICHIGAN CITY, INDIANA 46360, U.S.A.
Phone: 219/879-8000
Fax: 219/872-9057
www.lovecontrols.com
e-mail: [email protected]
A DIVISION OF
DWYER INSTRUMENTS, INC.
