Binder BD User manual

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
BD/ED/FD (E2)
Service Manual
Version of chamber described in this service manual:
Standard equipped BD, ED, FD
with
R3 Controller

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
2
Contents
1Chamber Description..............................................................................................................3
1.1 BD (E2)..................................................................................................................................3
1.2 ED (E2)..................................................................................................................................3
1.3 FD (E2)..................................................................................................................................3
1.4 Description of the Chamber BD, ED and FD.............................................................................3
2Function....................................................................................................................................4
2.1 BD (E2)..................................................................................................................................4
2.2 Flow Chart of the Heating System of a BD (E2) (Standard BD 115 (E2)).....................................4
2.3 ED (E2)..................................................................................................................................5
2.4 Flow Chart of the Heating System of a ED (E2) (Standard ED 115 (E2)).....................................5
2.5 FD (E2)..................................................................................................................................6
2.6 Flow Chart of the Heating System of a FD (E2) (Standard FD 115 (E2)).....................................6
2.7 PT100 Temperature Probe Resistance/Temperature Table.......................................................7
2.8 Description of the R3 controller Inputs and Outputs...................................................................7
3Trouble Shooting.....................................................................................................................8
3.1 BD Chamber ..........................................................................................................................8
3.2 ED Chamber ..........................................................................................................................8
3.3 FD Chamber...........................................................................................................................9
3.4 APT-COM at BD, ED and FD...................................................................................................9
4Most common service works...............................................................................................10
4.1 Changing of the controller R3................................................................................................10
4.2 Changing of the fan at FD (E2) chamber ................................................................................11
4.3 Calibration Procedure “One Point Calibration”.........................................................................13
4.4 Change Display from °C (Celsius) to °F (Fahrenheit)...............................................................15
4.5 Activation or deactivation of 0.1 steps at the temperature display.............................................16
5BD, ED and FD connected to APT-COM..........................................................................18
5.1 Communication Software APT-COM......................................................................................18
5.2 Settings at the controller R3..................................................................................................18
5.3 Connection of one chamber BD, ED or FD .............................................................................19

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
3
1Chamber Description
1.1 BD (E2)
The BD (E2) chamber was developed for microbiology. The chamber is equipped with a R3 controller and
as an Option available with a RS422 Interface. The highest achievable temperature is 100°C.
The BD (E2) Chamber is available in the sizes 53, 115, 240, 400 and 720.
1.2 ED (E2)
The ED (E2) chamber was developed for drying and hot air sterilizing with natural convection. The
chamber is equipped with a R3 controller and as an Option available with RS422 Interface. The highest
achievable temperature is 300°C.
The ED (E2) Chamber is available in the sizes 53, 115, 240, 400 and 720.
1.3 FD (E2)
The FD (E2) chambers was developed for drying and hot air sterilizing with forced convection. The
chamber is equipped with a R3 controller and as an Option available with RS422 Interface. The highest
achievable temperature is 300°C.
The FD (E2) Chamber is available in the sizes 53, 115, 240, 400 and 720.
1.4 Description of the Chamber BD, ED and FD
Picture 1: Heating Oven with R3-Controller
1. Display
2. Required value key
3. Selector keys
4. Timer key
5. Main switch
6. Lever for ventilationslide
7. Safety device
8. Lever door open/close
9. Unit door

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
4
2Function
2.1 BD (E2)
The BD (E2) chamber gives the possibility to heat up the chamber to a maximum temperature of 100°C.
The measuring of the temperature will be realized by a PT100 temperature probe which is placed directly
in the inner of the chamber .
The controller R3 measures the resistance of the PT100 temperature probe and compares the incoming
signal with the actual engaged value and decides to give a Signal to activate the heating elements or not.
2.2 Flow Chart of the Heating System of a BD (E2) (Standard BD 115 (E2))
PT100 –> Controller R3 àSolid State Relay àHeating Element
The PT100 temperature probe is a resistance-measurement system. This means that the PT100 changes
his resistance at different temperatures. For example: at 37°C, the resistance of the PT100 have to be
114,380 Ω. To measure the resistance, disconnect all three cables from the controller and measure
between the white cable and one of the red cables, don’t measure between both red cables.
Ω
Measuring of the PT100 resistance
between the white cable 1 and one of the
two red cables 2 or 3

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
5
2.3 ED (E2)
The ED (E2) chamber gives the possibility to heat up the chamber to a maximum temperature of 300°C.
The measuring of the temperature will be realized by a PT100 temperature probe which is placed directly
in the inner of the chamber .
The controller R3 measures the resistance of the PT100 temperature probe and compares the incoming
signal with the actual engaged value and decides to give a Signal to activate the heating elements or not.
2.4 Flow Chart of the Heating System of a ED (E2) (Standard ED 115 (E2))
PT100 –> Controller R3 àSolid State Relay àHeating Element
The PT100 temperature probe is a resistance-measurement system. This means that the PT100 changes
his resistance at different temperatures. For example: at 37°C, the resistance of the PT100 have to be
114,380 Ω. To measure the resistance, disconnect all three cables from the controller and measure
between the white cable and one of the red cables, don’t measure between both red cables.
Ω
Measuring of the PT100 resistance
between the white cable 1 and one of the
two red cables 2 or 3

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
6
2.5 FD (E2)
The FD (E2) chamber gives the possibility to heat up the chamber to a maximum temperature of 300°C.
The measuring of the temperature will be realized by a PT100 temperature probe which is placed directly
in the inner of the chamber .
The controller R3 measures the resistance of the PT100 temperature probe and compares the incoming
signal with the actual engaged value and decides to give a Signal to activate the heating elements or not.
2.6 Flow Chart of the Heating System of a FD (E2) (Standard FD 115 (E2))
PT100 –> Controller R3 àSolid State Relay àHeating Element

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
7
2.7 PT100 Temperature Probe Resistance/Temperature Table
T (°C) 012345678910
-10
96,086
96,478
96,870
97,262
97,653
98,045
98,436
98,827
99,218
99,609
100,000
0
100,000
100,391
100,781
101,172
101,562
101,953
102,343
102,733
103,123
103,513
103,902
10
103,902
104,292
104,681
105,071
105,460
105,849
106,238
106,627
107,016
107,404
107,793
20
107,793
108,181
108,570
108,958
109,346
109,734
110,122
110,509
110,897
111,284
111,672
30
111,672
112,059
112,446
112,833
113,220
113,607
113,994
114,380
114,767
115,153
115,539
40
115,539
115,925
116,311
116,697
117,083
117,469
117,854
118,240
118,625
119,010
119,395
50
119,395
119,780
120,165
120,550
120,934
121,319
121,703
122,087
122,471
122,855
123,239
60
123,239
123,623
124,007
124,390
124,774
125,157
125,540
125,923
126,306
126,689
127,072
70
127,072
127,454
127,837
128,219
128,602
128,984
129,366
129,748
130,130
130,511
130,893
80
130,893
131,274
131,656
132,037
132,418
132,799
133,180
133,561
133,941
134,322
134,702
90
134,702
135,083
135,463
135,843
136,223
136,603
136,982
137,362
137,741
138,121
138,500
100
138,500
138,879
139,258
139,637
140,016
140,395
140,773
141,152
141,530
141,908
142,286
For Example: Your resistance measurement system shows you 114,380 Ωthis corresponds to 37°C.
2.8 Description of the R3 controller Inputs and Outputs
Power Supply Input
RS422 Interface
Output Solid State Relay
Ground
Output for fan (only FD)
At BD and ED not in use
PT100 input

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
8
3Trouble Shooting
3.1 BD Chamber
Fault Description Fault Cause
Not possible to reach the
temperature within the specification
time
•The door doesn’t close completely.
•The door sealing is broken or damaged
•The controller need a calibration
The chamber heats over the
temperature setting •The solid state relay could be defect
•The controller could be defect
•The PT100 could be defect
•The controller need a calibration
The chamber doesn’t heat any time,
the indicator light doesn’t lights up •The safety device has switched off the chamber
•Timer off
•The controller is defect
The chamber doesn’t heat any time,
the indicator light lights up •The solid state relay is defect
•The Heating element(s) is/are defect
The glass door of the chamber
doesn’t close. •The plastic catcher is defect
The chamber doesn’t do anything •Check if the power supply cable is connected to the mains
•Check if the mains has 115V or 230V voltage
The chamber doesn’t do anything,
only the green LED lights •The chamber is in Stand-by mode
No data transfer to and from the
APT-Com possible. The installation is
correctly. (At BD with Interface)
•Wrong chamber address is set at the controller
3.2 ED Chamber
Fault Description Fault Cause
Not possible to reach the
temperature within the specification
time
•The door doesn’t close completely.
•The door sealing is broken or damaged
•The controller need a calibration
The chamber heats over the
temperature setting •The solid state relay could be defect
•The controller could be defect
•The PT100 could be defect
•The controller need a calibration
The chamber doesn’t heat any time,
the indicator light doesn’t lights up •The safety device has switched off the chamber
•Timer off
•The controller is defect
The chamber doesn’t heat any time,
the indicator light lights up •The solid state relay is defect
•The Heating element(s) is/are defect
The glass door of the chamber
doesn’t close. •The plastic catcher is defect
The chamber doesn’t do anything •Check if the power supply cable is connected to the mains
•Check if the mains has 115V or 230V voltage
The chamber doesn’t do anything,
only the green LED lights •The chamber is in Stand-by mode
No data transfer to and from the
APT-Com possible. The installation is
correctly. (At ED with Interface)
•Wrong chamber address is set at the controller

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
9
3.3 FD Chamber
Fault Description Fault Cause
Not possible to reach the
temperature within the specification
time
•The door doesn’t close completely.
•The fan doesn’t work
•The door sealing is broken or damaged
•The controller need a calibration
The chamber heats over the
temperature setting •The solid state relay could be defect
•The controller could be defect
•The PT100 could be defect
•The controller need a calibration
The chamber doesn’t heat any time,
the indicator light doesn’t lights up •The safety device has switched off the chamber
•Timer off
•The controller is defect
The chamber doesn’t heat any time,
the indicator light lights up •The solid state relay is defect
•The Heating element(s) is/are defect
The glass door of the chamber
doesn’t close. •The plastic catcher is defect
The chamber doesn’t do anything •Check if the power supply cable is connected to the mains
•Check if the mains has 115V or 230V voltage
The chamber doesn’t do anything,
only the green LED lights •The chamber is in Stand-by mode
No data transfer to and from the
APT-Com possible. The installation is
correctly. (At FD with Interface)
•Wrong chamber address is set at the controller
3.4 APT-COM at BD, ED and FD
Fault Description Fault Cause
No Function •Connection is wrong, check the connection like described in
Chapter 5 APT-COM Connection
•Address in the controller is wrong
•Controller is in Stand-By mode
No data transfer to and from the
APT-Com possible. The installation is
correctly.
•Wrong chamber address is set at the controller
•The connection cable is broken/defect
•The Switch at the converter is set to DCE (correct = DTE)
•The converter doesn’t get the needed current

BD/ED/FD (E2) Service Manual
State: 01/2002 Created: 06/2002 / Jochen Tussinger
10
4Most common service works
4.1 Changing of the controller R3
You have to open the two screws at the top of the
inner door. After that you can lift out the inner door,
but be careful the temperature safety device is
inside the door.
Now open the screw behind the white plastic cover.
The plastic cover could be broken after that.
Now you have to press like shown picture at the
perpendiculars side to bring out the controller
housing. Please press only in arrow direction.
Now you can take off the complete housing, be
careful, the temperature safety device is connected.
At the rear side of the housing you’ll find two screws,
you have to open them to work on the controller.
To bring back the controller in starting situation,
please fit it together in opposite direction.