BINDER Scientific

BINDER Product Range

Scientifi c Products

Drying ovens

Heating chambers

Vacuum drying ovens

Incubators

ED | FD

FED

VD | VDL

BD | BF | KB

CO

2

-incubators C | CB

Constant climate chambers KBF | KBF P | KBF LQC

Climatic test chamber with light KBW | KBWF

Temperature test chambers FP | M

Safety drying ovens FDL | MDL

Industrial Products

Heating chambers

Temperature test chambers

Environmental test chambers

Climatic test chamber

FED

FP | M

MK

MKF

Low temperature test chambers MKT

Constant climate chambers

Vacuum drying ovens

Safety drying ovens

KMF

VD | VDL

FDL | MDL

BINDER GmbH

PO BOX 102 D-78502 Tuttlingen Address: Im Mittleren Ösch 5 D-78532 Tuttlingen

Contact: Phone: +49 (0) 74 62 / 20 05 - 0 | Fax: +49 (0) 74 62 / 20 05 -100 | [email protected] | www.binder-world.com

BINDER Scientific

Product Catalog

APT-COM

communication software

BINDER INDIVIDUAL

BINDER Service

| 1

Table of contents

BINDER GmbH

APT.line

Research and Progress

Drying and Heating ovens

Facts you should know ..........................................................................

Product information ED series ................................................................

Product information FD series ................................................................

Product information FED series .............................................................

Options / accessories ...........................................................................

Temperature test chambers

Facts you should know ..........................................................................

Product information FP series ................................................................

Product information M series .................................................................

Options / accessories ...........................................................................

Safety drying ovens

Facts you should know ..........................................................................

Product information FDL series .............................................................

Product information MDL series .............................................................

Options / accessories ...........................................................................

Vacuum drying ovens

Facts you should know ..........................................................................

Product information VD series ..............................................................

Product information VDL series ............................................................

Options / accessories ...........................................................................

CO

2

-Incubators

Facts you should know ..........................................................................

Product information C series ................................................................

Product information CB series ..............................................................

Options / accessories ...........................................................................

Incubators / Refrigerated incubators

Facts you should know ..........................................................................

Product information BD series ..............................................................

Product information BF series ..............................................................

Options / accessories BD / BF .................................................................

Product information KB series ..............................................................

Options / accessories KB ......................................................................

Constant climate chambers

Facts you should know ...........................................................................

Product information KBF series ............................................................

Product information KBF P series .........................................................

Product information KBF LQC series ....................................................

Options / accessories ...........................................................................

Climatic test chambers with special lighting

Facts you should know ..........................................................................

Product information KBW series ............................................................

Product information KBWF series ..........................................................

Options / accessories ...........................................................................

30- 39

Page 32

Page 34

Page 36

Page 38

40 - 51

Page 42

Page 44

Page 46

Page 48

02 - 03

04 - 05

06 - 07

08 - 19

Page 10

Page 12

Page 14

Page 16

Page 18

20 - 29

Page 22

Page 24

Page 26

Page 28

52 - 61

Page 54

Page 56

Page 58

Page 60

62 - 75

Page 64

Page 66

Page 68

Page 70

Page 72

Page 74

76 - 87

Page 78

Page 80

Page 82

Page 84

Page 86

88 - 97

Page 90

Page 92

Page 94

Page 96

98 - 101

102 - 105

106 - 109

2 | BINDER GmbH

Top pictures:

BINDER production plant

Main view:

BINDER Research

& Developing Centre,

Tuttlingen

BINDER GmbH | 3

BINDER GmbH

Best conditions for your success.

BINDER is the world’s largest specialist company for simulation chambers used by scientific and industrial laboratories for the ideal simulation of biological, chemical and physical environmental conditions. Our range of products and services includes routine applications, highly specific studies in research and development, production and quality assurance.

Customer satisfaction is our top priority. This has been BINDER‘s goal for more than 25 years. BINDER‘s many proprietary patents are proof of its continuous efforts to develop innovative designs for its products and deliver „Best Conditions“ to its customers. The company‘s future growth will also be achieved by deploying its internal resources and technological expertise to create superior new products. The most important factor in BINDER‘s growth continues to be its international business, particularly the markets in Asia and the USA. BINDER earns roughly 80% of its operating revenue through export. The markets in the USA and in Asia are serviced by BINDER Inc. (New York) and BINDER Asia (Hong

Kong); BINDER has its own sales offices in Shanghai and Moscow as well as Northern and Eastern Europe. BINDER backs up its technological market leadership with a wide range of service offerings. “We are proud of our ability to make the impossible possible. Our strengths are particularly evident when it comes to complex and demanding tasks,” says

Peter M. Binder in describing his company philosophy.

Innovation - The driving force behind our vision for the future.

BINDER‘s success is based on a special company philosophy: In our innovative efforts, product quality, and our genuine esteem for our employees, BINDER is a true family business. Our position as a market leader is founded on first-class professionalism and continuous growth. Our products are produced and developed in Tuttlingen, and we focus all of our resources on being a creative and resourceful partner for our customers, suppliers, and employees.

www.binder-world.com

4 | APT.line

TM

Top pictures:

APT.line

TM

- gravity (natural) convection

APT.line

TM

- mechanical (forced) convection

APT.line

Patented precision guarantees optimum results

A unique patent has provided the basis for all BINDER simulation chambers for environmental conditions. BIN-

DER has developed a high-precision, rapid-response preheating chamber design known as APT.line™ (Advanced Preheating Technology).

This principle is as simple as it is effective:

A preheating chamber with an integrated high-performance heating and cooling system surrounds the inner chamber of our simulation chambers. To save space, heating, cooling and a ventilation fan are integrated into the rear wall of the unit. The unit itself also acts a preheating chamber. Special air deflector plates ensure that the entire air flow comes into contact with the heating elements before entering the inner chamber through an extensive arrangement of openings in the side walls designed for optimal air flow. This unique method of air ducting over the entire sidewalls prevents the formation of problematic air turbulence and allows optimum homogeneity.

This unique technology ensures realistic and natural simulation through symmetrical airflow. One significant advantage is that a uniform temperature is maintained throughout the entire inner chamber. This unique air ducting ensures homogenous temperatures and highly consistent temperature levels even when the chamber is fully loaded with samples. The result is excellent thermal convection with optimal temperature distribution to guarantee reliable reproducibility of results.

APT.line

TM

| 5

6 | Research and progress

Research and progress | 7

Research and progress

The BINDER prize for innovations has been awarded every year since 1998 by the Deutsche Gesellschaft für Zellbiologie (DGZ)

[German association for cell biology]. The prize is donated by BINDER. It is awarded for excellent work in basic research in the field of cellbiology. As one of the world‘s largest manufacturers of simulation chambers. BINDER thereby emphasizes its personal engagement and close co-operation with science and research. BINDER is an excellent partner for implementing complex tasks and projects, particularly where cell cultivation is concerned.

The award-winners:

1998 - Dr. Ronald Frank, Gesellschaft für Biotechnologische Forschung Braunschweig, for his work in the field of SPOT analysis | 1999 - Dr. Ludger Fink, Institute for Pathology at the Justus Liebig University of Giessen for his work on mRNA analysis according to laser-assisted cell-picking from complex tissues | 2000 - Dr. Maria Wartenberg and Dr. Heinrich

Sauter, Institute for Neurophysiology in Cologne, for their work: “Thalidomide inhibits angiogenesis in embryoid bodies by the generation of hydroxyl radicals” | 2001 - Dr. Nicole Maas-Szabowski and Dr. Axel Szabowski, German cancer research center in Heidelberg, for their in-vitro research on the complex interactions between the human subcutis and cutis | 2003 - Dr.

Thomas Korff and Prof. Hellmut Augustin, Cancer Biology Clinic in Freiburg, for fundamental research on an in-vitro model of the endothelium differentiation and blood vessel formation (angiogenesis) | 2004 - Dr. M. Christina Cardoso, Franz-Volhard-Klinik,

Berlin, for her work: “A look at genome duplication in living cells and the development of cell cycle markers” | 2005 - Prof. Frauke

Melchior, Georg-August-University, Göttingen, for her work: “Ubiquitin-related modifier SUMO” | 2006 - Prof. Dr. Ivan Dikic, University Frankfurt/Main, for his work: “Ubiquitin and Ub-like modifiers in the heart of cell signalling” | 2007 - Dr. Jan-Michael Peters,

Forschungsinstitut für Molekulare Pathologie, Wien, for “Regulation of sister chromatid cohesion in mammalian cells” | 2008 - Prof.

Dr. Heinrich Leonhardt and Dr. Ulrich Rothbauer, Ludwig Maximilians, University Munich BioCenter, Department of Biology for their work:

Targeting and tracing antigens in living cells with fluorescent nanobodies | 2009 - Prof. Dr. Ludger Hengst, Medizinische Universität

Innsbruck, for his work in protein research, with the topic: CDK-Inhibitors – connecting signal transduction and cell cycle control |

2010 - Prof. Anne Spang, Biozentrum Universität Basel for her work: Intracellular transport in yeast

8 | Drying / Heating ovens

Drying / Heating ovens | 9

ED| FD|FED

A hot tip for thermal applications.

Efficient drying, long-term storage at elevated temperatures, and sterilization applications with homogenous temperature distribution are among the many tasks consistently and reliably performed by BINDER drying ovens and heating chambers. The wide temperature range 5 °C above ambient temperature up to 300 °C [9 – 572 °F] ensures rapid heating-up times and a large reserve capacity. Outstanding thermal insulation also lowers operating costs. We offer a wide selection of models, with an interior volume ranging from 23 to 720 l; these are available in several versions, all of which have our standard features.

These chambers are available with either gravity (natural) or (mechanical) forced convection and meet the high quality standards and process safety that are trademarks of BINDER chambers.

Drying of glass

Sterilization

Drying of plastic

10 | Drying / Heating ovens

BINDER Drying / Heating ovens

Enjoy all of these benefits:

40

0

80

120

160

200

240

280

320

High process safety

APT.line™ preheating chamber technology guarantees homogenous temperature distribution throughout the interior. Smaller sample quantities are normally dried with gravity (natural) convection to ensure an optimum air exchange rate and reliable drying results. Mechanical (forced) convection provides maximum efficiency at a high air exchange rate, which is particularly beneficial for large sample quantities and a high humidity content.

Advantages:

- Faster heating-up and recovery times than with natural air convection

- Completely homogenous temperature performance, even with fully loaded chambers

- Significant time-saving through high drying efficiency

ED / FD / FED

Modest operating costs

Details such as significantly reduced energy use, intelligent heating technology, and extensive safety features contribute to state-of-the-art BINDER performance.

60 mm thermal insulation provides a stable temperature in the interior while keeping the outside of the housing cool. The two-point door closure seals the door securely even when working at the maximum temperature range.

ED / FD / FED

Reliability

Only BINDER offers this wide temperature range of 5 °C/41°F above ambient temperature up to 300 °C/572 °F as a standard feature. Unmistakeable superior performance for universal use with either natural or mechanical

(forced) convection. Binder offers the invaluable advantage of extremely rapid heating-up rates and recovery times.

ED / FD / FED

Advanced control electronics

User-friendly microprocessor control, ergonomically positioned within the user‘s field of view. ED and FD series are equipped with our digital standard controller (DS controller). The FED series have a digital multifunction controller

(MS controller) with expanded time functions as standard equipment.

ED / FD / FED

BINDER test certificate: Your guarantee for top quality

Our equipment is tested meticulously. Each unit is re-inspected by Quality

Control prior to delivery and calibrated to our factory standard. We also supply a free test certificate as quality confirmation.

ED / FD / FED

Drying / Heating ovens | 11

Gravity (natural) convection

The extremely high rate of air exchange (approx. one-third higher than comparable units) substantially increases the efficiency of thermal processes such as drying.

ED

Mechanical (forced) convection

Only from BINDER. Produced by a specifically designed, efficient ventilation that has approximately 20 % higher performance than comparable models. Our patented APT.line™ Airflow Design produces an extremely high airflow; and the airflow rate and the air exchange rate are variably adjustable from

0 % to 100 %.

Advantages:

- Faster heating-up and recovery times than with gravity (natural) air recirculation

- Completely homogenous temperature performance, even with fully loaded chambers

- Significant time-saving through high drying efficiency

FD / FED

Controller features

ED / FD Drying ovens with gravity (natural) convection

FED

Heating ovens with mechanical (forced) convection u u u

-

Temperature-time functions

ED | FD u u u u u FED u standard - not available

12 | Drying / Heating ovens

ED series:

Drying ovens with gravity (natural) convection

Routine drying and sterilization applications up to 300 °C (572 °F) and storage at precisely controlled elevated temperatures are the strengths of ED drying ovens. Because of the gravity (natural) convection with a high rate of air exchange, thermal processes run with significantly increased efficiency.

Model ED 53

Performance features and equipment:

- Electronically-controlled APT.line™ preheating chamber technology

- Temperature range of 5 °C (9 °F) above ambient temperature up to 300 °C (572 °F)

- DS controller with integrated timer 0 to 99 hours

- Digital temperature setting with an accuracy of one degree

- Independent adjustable temperature safety device, Class 2 (DIN 12880), with visual temperature alarm

- Adjustable ventilation by means of rear exhaust duct Ø 50 mm (2 inch) with ventilation flap and front ventilation slide

- Optional RS 422 interface for communication software APT-COM™ DataControlSystem

- Units up to 115 liters (4.1 cu.ft.) are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model ED 53

Drying / Heating ovens | 13

Technical Data ED series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle, I-panel and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer- Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Temperature data

Temperature range, by 5°C/9°F above ambient up to °C/°F

Temperature variation

1) at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation at 70°C/158°F (± K)

Heating-up time

2)

to 70°C/158°F (min)

Heating-up time

2)

to 150°C/302°F (min)

Heating-up time

2)

to 250°C/482°F (min)

Recov. time after door was opened for 30 sec.

2) at 70°C/158°F (min) at 150°C/302°F (min) at 300°C/572°F (min)

Air change at 150°C/302°F (x/h) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W) at 300°C/572°F (W)

ED 23

433/17.05

492/19.37

516/20.31

105/4.13

100/3.94

100/3.94

52/2.05

36/1.27

1

222/8.74

330/12.99

277/10.91

20/0.7

2/3

12/26

25/55

22/49

300/572

1.5

2.5

3.8

0.3

13

24

35

2.5

5

8

13

IP 20

230

0.8

43

148

450

ED 53

634/24.96

617/24.29

575/22.64

105/4.13

100/3.94

160/6.30

52/2.05

70/2.47

1

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

42/93

300/572

2

3.2

4.5

0.3

14

27

61

2

6

11

19

IP 20

230

1.2

60

210

600

ED 115

834/32.83

702/27.64

645/25.39

105/4.13

100/3.94

160/6.30

52/2.05

142/5.02

1

600/23.62

480/18.90

400/15.75

115/4.1

2/6

20/44

50/110

57/126

300/572

1.5

2.5

4.5

0.3

15

29

66

2

9

14

10

IP 20

230

1.6

90

300

360

ED 240

1034/40.71

822/32.36

745/29.33

105/4.13

100/3.94

160/6.30

52/2.05

283/10.0

2

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

86/190

300/572

1.5

2.5

5.0

0.3

40

48

61

5

13

18

10

IP 20

230

2.7

143

447

700

ED 400

1234/48.58

1022/40.24

765/30.12

105/4.13

100/3.94

160/6.30

52/2.05

457/16.15

2

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

125/276

IP 20

400 3/N

3.4

201

672

1000

1)

value without window

2)

up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of 25°C/77°F and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

300/572

1.7

3.0

5.0

0.3

49

62

74

4

20

24

10

ED 720

1234/48.58

1528/60.16

865/34.06

105/4.13

100/3.94

160/6.30

52/2.05

808/28.55

2

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

174/384

IP 20

400 3/N

5

220

750

1200

300/572

1.5

2.8

5.0

0.3

56

69

80

4

14

18

9

14 | Drying / Heating ovens

FD series:

Drying ovens with mechanical (forced) convection

FD series units are primarily used in applications needing rapid drying and sterilization. Totally homogenous temperature distribution, rapid dynamic response, and a special air turbine which was developed by us and has 20 % higher output, have made the FD series a genuine time-saving device.

Model FD 115

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber

- Temperature range of 5 °C (9 °F) above ambient temperature up to 300 °C (572 °F)

- DS controller with integrated timer 0 to 99 hours

- Digital temperature setting with an accuracy of one degree

- Independent adjustable temperature safety device, Class 2 (DIN 12880), with visual temperature alarm

- Adjustable ventilation by means of rear exhaust duct Ø 50 mm (2 inch) with ventilation flap and front ventilation slide

- Units up to 115 liters (4.1 cu.ft.) are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model FD 240

Drying / Heating ovens | 15

Technical Data FD series

u

Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle, I-panel and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer- Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u

Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature variation

1) at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation at 70°C/158°F (± K)

Heating-up time

2) to 70°C/158°F (Min.) to 150°C/302°F (Min.) to 300°C/572°F (Min.)

Recov. time after door was opened for 30 sec.

2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C (minutes)

Air change at 150°C/302°F (x/h) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W) at 300°C/572°F (W)

FD 23

433/17.05

492/19.37

516/20.31

105/4.13

100/3.94

100/3.94

52/2.05

36/1.27

1

222/8.74

330/12.99

277/10.91

20/0.7

2/3

12/26

25/55

33/73

IP 20

230

0.8

145

300

720

2

4

9

64

7

22

45

300/572

0.8

2

4.3

0.3

FD 53

634/24.96

617/24.29

575/22.64

105/4.13

100/3.94

160/6.30

52/2.05

77/2.72

1

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

44/97

300/572

0.8

2

3.7

0.3

7

22

60

2

4

9

64

IP 20

230

1.2

172

429

951

FD 115

834/32.83

702/27.64

645/25.39

105/4.13

100/3.94

160/6.30

52/2.05

158/5.58

1

FD 240

1034/40.71

822/32.36

745/29.33

105/4.13

100/3.94

160/6.30

52/2.05

308/10.88

2

600/23.62

480/18.90

400/15.75

115/4.1

2/6

20/44

50/110

62/137

300/572

0.7

1.8

3.9

0.3

7

28

49

2

5

12

32

IP 20

230

1.6

230

544

1100

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

96/212

2

6

13

20

11

24

50

300/572

0.8

2

4.3

0.3

IP 20

230

2.7

370

850

1400

1) value without window 2) up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of 25°C/77°F and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10

% of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

16 | Drying / Heating ovens

FED series:

Heating chambers with mechanical (forced) convection

The FED series is a true all-rounder. It has a virtually unlimited capacity and is at the same time particularly adaptable to the specific requirements of a large variety of testing applications. The enhanced time functions and the digitally controlled air turbine can be used to adjust ideal temperature parameters and recirculation air conditions.

Model FED 115

Performance features and equipment:

- Electronically-controlled APT.line™ preheating chamber technology

- Temperature range of 5 °C (9 °F) above ambient temperature up to 300 °C (572 °F)

- MS Controller with several timer functions

- Controller timer functions: delayed ON, delayed OFF, temperature dependent delayed OFF

- Digital temperature setting with an accuracy of one degree

- Adjustable fan speed

- Independent adjustable temperature safety device, Class 2 (DIN 12880), with visual temperature alarm

- Adjustable ventilation by means of rear exhaust duct Ø 50 mm (2 inch) with ventilation flap and front ventilation slide

- RS 422 interface for communication software APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter

- Adjustable intervals for printer

- Units up to 115 liters (4.1 cu.ft.) are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model FED 240

Drying / Heating ovens | 17

Technical Data FED series

u

Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle, I-panel and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer- Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u

Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature variation

1) at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation at 70°C/158°F (± K)

Heating-up time

2) to 70°C/158°F (minutes) to 150°C/302°F (minutes) to 250°C/482°F (minutes)

Recov. time after door was opened for 30 sec.

2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Air change at 150°C/302°F (x/h) u

Electrical data

Housing protection acc. to EN 60529

Nominal voltage (± 10%) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W) at 300°C/572°F (W)

FED 53

634/24.96

617/24.29

575/22.64

105/4.13

100/3.94

160/6.30

52/2.05

77/2.72

1

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

44/97

2

5

10

43

6

24

45

300/572

0.8

2.0

3.7

0.3

IP 20

230

1.2

162

397

933

FED 115

834/32.83

702/27.64

645/25.39

105/4.13

100/3.94

160/6.30

52/2.05

158/5.58

1

600/23.62

480/18.90

400/15.75

115/4.1

2/6

20/44

50/110

62/137

300/572

0.7

1.8

3.9

0.3

7

30

49

2

8

15

32

IP 20

230

1.6

230

544

1100

FED 240

1034/40.71

822/32.36

745/29.33

105/4.13

100/3.94

160/6.30

52/2.05

308/10.88

2

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

96/212

300/572

0.8

2.0

4.3

0.3

12

27

50

2

10

16

20

IP 20

230

2.7

370

850

1400

FED 400

1234/48.58

1022/40.24

765/30.12

105/4.13

100/3.94

160/6.30

52/2.05

498/17.60

2

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

145/320

300/572

1.0

2.5

4.8

0.3

18

35

60

2

17

21

18

IP 20

400 3/N

3.4

520

1200

2340

FED 720

1234/48.58

1528/60.16

865/34.06

105/4.13

100/3.94

160/6.30

52/2.05

869/30.71

2

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

195/430

IP 20

400 3/N

5

570

1320

2600

1) value without window 2) up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of 25°C/77°F and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10

% of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

2

20

24

12

25

39

65

300/572

1.0

2.0

5.5

0.3

18 | Drying / Heating ovens

Options / Accessories

BINDER Data Logger

The BINDER Data Logger kits for temperature can record temperature data of

BINDER equipment. This finely tuned product solution also contains useful accessories for mounting the Logger on the BINDER unit, including cable bushings and a sensor mounting bracket.

Access ports

Silicone plugs are supplied for inserting external measuring devices into the chamber, with 10, 30, 50, 80, 100, 125 mm (0.4”; 1.81”, 1.97“, 3.15”, 3.94”,

4.92”) diameter access ports. These ports can be located at various locations around the chamber, as needed.

ED / FD / FED

ED / FD / FED

Reinforced inner chamber

Includes two reinforced racks for heavy loads up to 250 kg / 551 lbs. total load.

Door with window and interior lighting

For optimum process control in the interior, available for all equipment sizes.

FD / FED

Calibration and Validation Service

BINDER reduces your equipment qualification and validation costs as part of your equipment order.

ED / FD / FED

ED / FD / FED

Drying / Heating ovens | 19

Access ports with various diameters, with silicone plug

Rack, chrome-plated or stainless steel

Perforated rack stainless steel

Temperature safety device class 3.1 acc. to DIN 12880

Door with window and interior lightning

Lockable door

Door gasket, FKM (Viton)

Analog output 4-20 mA for temperature with 6 pole DIN socket,

DIN plug included

Temperature measurement acc. to DIN 12880

Calibration certificate

Extension for calibration certificate (additional values)

Data Logger Kit and Logger software

Unit acc. to UL standard in 115 V 1N~60 Hz

Unit acc. to UL standard in 208 V 3N~60Hz

Stable table on castors with stop brake

Rubber pads for safe stacking (4pc) castors c option - not available u standard

ED FD FED

23 53 115 240 400 720 23 53 115 240 53 115 240 400 720 c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

-

c c c c c c c c c c c c c c c c c c

c c c c

-

c

c c c c

c c

-

c

c

c

c

c

c

c

-

c c c c

-

-

c c c c c c c

-

-

u

20 | Temperature test chambers

Temperature test chambers | 21

FP|M

Complex applications are our favorites!

These test chambers prove themselves best in complex applications, using advanced APT.line™ technology. Preheating chamber technology for maximum precision over a broad temperature range, plus comprehensive programming options for selecting any desired combinations of ramps, profiles, and test sequences.

Tempering of industrial rubber seals

Drying of electronic components

Testing of plastic and synthetic materials

22 | Temperature test chambers

BINDER Temperature test chambers

Facts you should know:

40

0

80

120

160

200

240

280

320

APT.line

TM

- mechanical (forced) convection

Produced by a specifically designed, extremely efficient air turbine that has approximately 20 % higher performance than comparable models. Our patented

APT.line™ Airflow Design produces an extremely high airflow; and the airflow rate and the air exchange rate are variably adjustable from 20 % – 100 %.

Advantages:

- Faster heating-up and recovery times than with natural air recirculation

- Completely homogenous temperature performance, even with fully loaded chambers

- Significant time-saving through high drying efficiency

Absolute precision from 5 ºC (9 ºF) above ambient temperature to

300 ºC (572 ºF)

Only BINDER offers temperature range as a standard. Unmistakable extra performance for universal use. BINDER possesses the invaluable advantage of extremely rapid heating-up rates and recovery times.

FP / M

FP / M

Compliance with standards at the highest level

We know that your jobs have to meet the strictest standards. We also meet them, and so does our equipment. Our APT-COM™ DataControlSystem software provides the support you need to document your projects.

FP / M

Precision in the details

Details such as significantly reduced energy use, a good working environment, and high occupational safety are the factors that make the difference with state-of-the art performance characteristics in drying ovens. Mechanical quality in particular affects the precision of temperature parameters, speed and consistency.

1. All of our drying ovens have above-average thermal insulation. No temperature loss occurs in the interior and there is virtually no radiation of heat from the outside housing.

2. The specially designed 2-point door closure seals the door securely, even at maximum temperatures.

FP / M

Temperature test chambers | 23

MCS controller: Expert control for individual programming

A wide range of options makes it easy to quickly program even the most complex test profiles. The system offers a crystal-clear structure and includes data security, thanks to digital data storage.

M

Controller features

FP Temperature test chambers with

MP controller

M Temperature test chambers with

MSC screen controller u Standard - not available u u u u u u

u u

Temperature-time functions

24 | Temperature test chambers

FP series:

Temperature test chambers

FP series chambers are designed for the most demanding test applications and are particularly effective, thanks to their extensive programming abilities. The (mechanical) forced convection reliably facilitates quick drying times as well as extra rapid heating-up, even with fully loaded chambers.

Model FP 53

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 5 ºC (9 ºF) above ambient temperature up to 300 ºC (572 ºF)

- MP controller with 2 programs with 10 sections each, alternatively one program with

20 sections

- The time interval of single program sections can be adjusted up to a maximum of

999h and 59min. This adjustment applies to all program sections.

- Integrated week program timer with real time function

- Digital temperature setting with an accuracy of one or a tenth of a degree

- Adjustable ramp function via program editor

- Adjustable fan speed

- Elapsed time indicator

- Independent adjustable temperature safety device, class 2 (DIN 12880), with visual alarm

- Adjustable ventilation by means of rear exhaust duct Ø 50 mm (2 inch) with ventilation flap and front ventilation slide

- RS 422 interface for communication software APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter

- Units up to 115 (4.1 cu.ft.) liters are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model FP 240

Temperature test chambers | 25

Technical data FP series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle, I-panel and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer- Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity

1) at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation (± K)

Heating-up time

2) to 70°C/158°F (minutes) to 150°C/302°F (minutes) to 250°C/482°F (minutes)

Recov. time after door was opened for 30 sec.

2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Air change at 300°C/572°F (x/h) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (± 10%) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W) at 300°C/572°F (W)

FP 53

634/24.96

617/24.29

575/22.64

105/4.13

100/3.94

160/6.30

52/2.05

77/2.72

1

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

45/99

300/572

2

5

10

53

6

24

45

0.8

2.0

3.7

0.3

IP 20

230 1N~

1.2

145

300

720

FP 115

834/32.83

702/27.64

645/25.39

105/4.13

100/3.94

160/6.30

52/2.05

158/5.58

1

600/23.62

480/18.90

400/15.75

115/4.1

2/6

20/44

50/110

62/137

300/572

2

8

15

26

7

30

49

0.7

1.8

3.9

0.3

IP 20

230 1N~

1.6

230

544

1100

FP 240

1034/40.71

822/32.36

745/29.33

105/4.13

100/3.94

160/6.30

52/2.05

308/10.88

2

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

98/216

300/572

2

10

16

18

12

27

50

0.8

2.0

4.3

0.3

IP 20

230 1N~

2.7

370

850

1400

FP 400

1234/48.58

1022/40.24

765/30.12

105/4.13

100/3.94

160/6.30

52/2.05

498/17.60

2

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

145/320

300/572

2

17

21

16

18

35

60

1.0

2.5

4.8

0.3

IP 20

400 3 N~

3.4

520

1200

2340

FP 720

1234/48.58

1528/60.16

865/34.06

105/4.13

100/3.94

160/6.30

52/2.05

869/30.71

2

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

184/406

300/572

2

20

24

10

25

39

65

1.0

2.0

5.5

0.3

IP 20

400 3 N~

5.0

570

1320

2600

1)

value without window

2)

up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of +25°C and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

26 | Temperature test chambers

M series:

Temperature test chambers with individual programming

Because of its individual programming options and ability to operate at maximum temperatures up to 300 ºC (572 ºF), the M series is ideally suited for materials testing and aging tests. The heavy-duty air turbine and a programmable exhaust ventilation flap provide rapid heating-up and ensure that the test temperature is maintained absolutely precise at all levels, with minimal spatial fluctuations; performance as never before.

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 5 ºC (9 ºF) above ambient temperature up to 300 ºC (572 ºF)

- MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments

- User-friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Adjustable ramp function via program editor

- Program-controlled ventilation flap

- High air-exchange rate through high-performance fan

- Adjustable fan speed

- Rear exhaust duct Ø 50 mm (2 inch)

- Independent adjustable temperature safety device, class 2 (DIN 12880), with optical temperature alarm

- RS 422 interface for communication software APT-COM™ DataControlSystem

- Units up to 115 (4.1 cu.ft.) liters are stackable

- 2 chrome-plated shelves

- BINDER test certificate

Model M 720

Model M 53

Temperature test chambers | 27

Technical data M series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer-Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u

Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (mm/inch)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity

1) at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation (± K)

Heating-up time

2) to 70°C/158°F (Min.) to 150°C/302°F (Min.) to 300°C/572°F (Min.)

Recov. time after door was opened for 30 sec.

2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (± 10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W) at 300°C/572°F (W)

M 53

634/24.96

779/30.67

575/22.64

150/5.91

100/3.94

160/6.30

52/2.05

77/2.72

1

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

61/135

300/572

IP 20

230

1.2

145

300

720

1

3

5

5

15

35

0.5

1.3

2.8

0.3

600/23.62

480/18.90

400/15.75

115/4.1

2/6

20/44

50/110

89/196

IP 20

230

1.6

230

544

1100

300/572

1

3

5

5

16

36

0.6

1.5

2.8

0.3

M 115

834/32.83

863/33.98

645/25.39

150/5.91

100/3.94

160/6.30

52/2.05

158/5.58

1

M 240

1034/40.71

984/38.74

745/29.33

150/5.91

100/3.94

160/6.30

52/2.05

308/10.88

2

M 400

1234/48.58

1184/46.61

765/30.12

150/5.91

100/3.94

160/6.30

52/2.05

498/17.60

2

M 720

1234/48.58

1692/66.61

865/34.06

150/5.91

100/3.94

160/6.30

52/2.05

869/30.71

2

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

131/289

300/572

1

3

5

6

19

42

0.8

1.5

2.8

0.3

IP 20

230

2.7

370

850

1400

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

173/382

300/572

1

3

5

6

18

44

0.7

1.5

5

0.3

IP 20

400 3/N

3.4

520

1200

2340

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

203/448

300/572

1

3

5

7

21

51

0.7

1.9

4.6

0.3

IP 20

400 3/N

5.0

570

1320

2600

1)

without glass door

2)

up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of +25°C and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

28 | Temperature test chambers

Options/accessories

BINDER Data Logger KIT

The BINDER Data Logger kits for temperature can record temperature data of BINDER equipment. This finely tuned product solution also contains useful accessories for mounting the Logger on the BINDER unit, including cable bushings and a sensor mounting bracket.

FP / M

Access ports

With silicon plugs for inserting external measuring devices into the

chamber. Access ports with Ø 10, 30, 50 mm (0.4, 1.2, 2 inch)

FP / M

Reinforced inner chamber

Includes two reinforced racks for heavy loads up to 250 kg / 551 lbs. total load.

Door with window and interior lighting

For optimum process control in the interior, available for all equipment sizes.

FP / M

FP / M

Specimen temperature measurement

Additional flexible PT 100 temperature sensor for precise temperature

measurement of the specimen with digital temperature display. Recording

of measured data possible via RS 422 interface.

FP / M

Temperature test chambers | 29

Calibration certificates

Measurement in the center at specified values. Additional measuring points or test values according to your specification.

FP / M

FP M

Data Logger Kit and software

Sturdy trolley with castors and locking brakes

Anti-slip rubber pads for safe stacking

Castors

53 115 240 400 720 53 115 240 400 720

Access port with silicone plugs

Rack, chrome-plated or stainless steel

Perforated shelf, stainless steel

Reinforced rack, stainless steel, with 1 set of securing elements

Reinforced inner chamber, including 2 reinforced racks

Independent adjustable temperature safety device, class 3.1 (DIN 12880)

Door with window and interior lighting

Door lock

Door gasket, FKM (Viton)

Analog temperature output, 4-20 mA, with 6-pin DIN socket

Additional measuring channel for digital display of specimen temperature (with PT100 sensor)

Mostly gas-tight version

Inert gas connection (gas inlet and outlet)

Temperature measurement acc. to DIN 12880 c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

- c c c

- c c c

- c c c

- c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

- - c c

- - c c

- - c c

- - c c c c c c c c c c

HEPA fresh-air filter, Class EU14

Increased air change rate through high performance fan

Extension to factory calibration certificate c c c c c c c c c c c c c c c u u u u u

Measurement of air change rate according to ASTM D5374, with definition and protocol according c c c c c c c c c c

Zero-voltage relay outputs accessible via 6-pin DIN socket c c c c c

- - - - -

Unit acc. to UL standard in 115 V 1N~60 Hz / 208 V 3 N ~ 60 Hz c c c c c

- - - - -

Factory calibration certificate c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c c c c

-

- - c c

- - -

- - - u

- - - u c Option - not available u standard

30 | Safety drying ovens

Safety drying ovens | 31

FDL | MDL

First-class equipment for first-class results.

A job isn’t well done when it’s finished – it’s finished only when it’s well done! Keeping this is mind, we developed two series to provide the perfect finish to your solvent-based paints and coating materials. Absolutely precise temperature control, even with high rates of air change, creates the basis for the highest quality of results and reproducible tests. Electronically controlled monitoring and replaceable fresh-air filter cartridges ensure safe operation at all times.

Drying of varnish

Drying of adhesive compounds

32 | Safety drying ovens

BINDER Safety drying ovens

Facts you should know:

40

0

80

120

160

200

240

280

320

APT.line™: Absolute precision from 5 ºC (9 ºF) to 300 ºC (572 ºF) above ambient temperature.

Standard temperature range in all of our units. Absolutely exact temperature control for universal applications with the invaluable advantage of particularly rapid heating-up rates and recovery times.

MDL series: Expanded temperature range up to 350 ºC (662 ºF):

For coil coating applications we provide an increased heating capacity.

FDL / MDL

Maximum industrial safety: First Class Safety

Electronic fresh air monitoring. A uniquely intelligent safety concept that effectively prevents explosions through automatic shutdown.

Replaceable fresh air filter cartridge. Perfect particle-free drying with a filter system that has no equal: only from BINDER.

MCS controller: Expert control for individual programming

A wide range of options makes it easy to quickly program even the most complex test profiles. The system offers a crystal-clear structure and includes data security, thanks to digital data storage.

FDL / MDL

MDL

Made in Germany

Compliance with standards at the highest level.

We know that your jobs have to meet the strictest standards. We also meet them, and so does our equipment. Our APT-COM™ DataControlSystem software provides the support you need to document your projects.

FDL / MDL

Safety drying ovens | 33

Modest operating costs

Details such as significantly reduced energy use, intelligent heating technology, and extensive safety features contribute to state-of-the-art BINDER performance.

60 mm thermal insulation provides a stable temperature in the interior while keeping the outside of the housing cool.

The two-point door closure seals the door securely even when working at the maximum temperature range.

Exhaust air system. It operates with an air turbine with higher efficiency than others in order to discharge all vapors as quickly as possible.

Optimization of usable space. Maximum utilization for all common test specimen sizes; easily configurable.

APT.line™ corrosion protection. High-quality stainless steel with a bright finish.

FDL / MDL

BINDER test certificate: Your guarantee for top quality.

Our equipment is tested meticulously. Each unit is re-inspected by Quality Control prior to delivery and calibrated to our factory standard. We also supply a free test certificate as quality confirmation.

FDL / MDL

34 | Safety drying ovens

FDL series:

Safety drying ovens

This series presents the perfect environment for solvent-based samples. The interior chamber has a symmetrical airflow with defined flow velocities, free of silicone and dust, safeguarded by a high-efficiency filter cartridge. FDL thus complies with all EN 1539 requirements and its program with the intelligent fresh air monitoring feature offers maximum occupational safety.

Model FDL 115

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- In compliance with all safety requirements according to the standards EN 1539

- Temperature range of 5 °C (9 °F) above ambient temperature up to 300 °C (572 °F)

- MP controller with 2 programs with 10 sections each or alternatively switch over to one program with 20 sections

- The time interval of single program sections can be adjusted up to a maximum of 999h and

59min. This adjustment applies to all program sections.

- Integrated week program timer with real time function

- Digital temperature setting with an accuracy of one or a tenth of a degree

- Elapsed time indicator

- Door gasket FKM (for max. temp. of 200 °C / 392 °F)

- Replaceable fresh-air filter cartridge, Class F6 (EU6 fine-particle filter for particle sizes between

1 µm and 10 µm)

- Independent adjustable temperature safety device, Class 2 (DIN 12880) with optical and acoustic alarm

- Fresh-air monitoring with acoustic and visual alarm and automatic shut-off of heating

- Rear exhaust duct Ø 100 mm (3.9 inch)

- RS 422 interface for communication software to APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter

- 2 chrome-plated shelves

- BINDER test certificate

Model FDL 115

Safety drying ovens | 35

Technical Data FDL series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet) (mm/inch)

Depth (mm/inch) plus door handle (mm/inch)

Wall clearance (mm/inch)

Wall clearance with open door (mm/inch)

Exhaust duct outer diameter (mm/inch)

Steam space volume (l/cu.ft.) u

Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation (± K)

Heating-up time

2) at 70°C/158°F (Min.) at 150°C/302°F (Min.) at 300°C/572°F (Min.)

Recov. time after door was opened for 30 sec. 2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Air change (approx. x/min.)

Air circulation (approx. x/min.)

Exhaust air volume flow (approx. l/Min. m

3

/h)

Air flow velocity (m/sec)

Highest permitted solvent quantity (g)

(at T-180°C, M-100g/mol, U-40g/m

3

, K=0,5)

1) u

Electrical data

Housing protection acc. to EN 60529

Nominal voltage ( ±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 70°C/158°F (W) at 150°C/302°F (W)

FDL 115

834/32.83

800/31.50

685/26.97

50/1.97

100/3.94

100/3.94

100/3.94

156/5.51

600/23.62

435/17.13

435/17.13

115/4.1

2/5

20/44

50/110

90/199

300/572

1.5

2.5

4

0.3

7

6

3

1

3

17

44

40

400 (24.0)

0.8-1.2

6.65

IP 33

230

2.9

388

1098

1) T = drying temperatures

M = molecular mass

U = lower explosion limit

K = solvent vapor concentration as per centage of lower explosion limit

2) up to 98 % of the set-point value

All technical specification are specified for units with standard equipment at an ambient temperature of 25 ºC (77 ºF) and a voltage fluctuation of

±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880, respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

36 | Safety drying ovens

MDL series:

Safety drying ovens with an expanded temperature range

The MDL series operates at temperatures up to 350 ºC (662 ºF) at an extremely high airflow, ideal conditions for high temperature testing, e.g. in coil coating applications. The preheating chamber with its special Airflow Design permits homogenous baking processes to be performed with maximum occupational safety in extremely short time, safeguarded by electronic monitoring of fresh air. Individual programming options provide maximum flexibility for completing your jobs.

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 5 ºC (9 ºF) above ambient temperature up to 350 ºC (662 ºF)

- In compliance with all safety requirements according to the standards EN 1539

- MCS controller with 25 storable programs of 100 sections each for a maximum of

500 program segments

- User-friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Heat output: 9.0 kW

- Silicone door gasket, resistant to high operating temperatures

- Rear exhaust duct Ø 100 mm (3.9 inch)

- Replaceable fresh-air filter cartridge, Class F6 (EU6 fine-particle filter for particle sizes between 1 µm and 10 µm)

- Independent adjustable temperature safety device, Class 2 (DIN 12880) with optical and acoustic alarm

- Fresh-air monitoring with acoustic alarm and automatic shut-off of heating

- RS 422 interface for communication software APT-COM™ DataControlSystem

- 2 chrome-plated shelves

- BINDER test certificate

Model MDL 115

Model MDL 115

Safety drying ovens | 37

Technical Data MDL series

u

Exterior dimensions

Width (mm/inch)

Height (inclusive feet) (mm/inch)

Depth (mm/inch) plus door handle (mm/inch)

Wall clearance (mm/inch)

Wall clearance with open door (mm/inch)

Exhaust duct outer diameter (mm/inch)

Steam space volume (l/cu.ft.) u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature variation with door flap at 70°C/158°F (± K) at 150°C/302°F (± K) at 300°C/572°F (± K)

Temperature fluctuation (± K)

Heating-up time 2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Recov. time after door was opened for 30 sec. 2) at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Recov. time after door was opened for 30 sec.

2)

, with door flap at 70°C/158°F (minutes) at 150°C/302°F (minutes) at 300°C/572°F (minutes)

Air change (approx. x/min.)

Air circulation (approx. x/min.)

Exhaust air volume flow (approx. L/Min. m

3

/h)

Air flow velocity (m/sec)

Highest permitted solvent quantity (g)

(at T-180°C, M-100g/mol, U-40g/m

3

, K=0,5)

1) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (+10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 150°C/302°F (W)

MDL 115

834/32.83

800/31.50

685/26.97

50/1.97

100/3.94

160/6.30

100/3.94

156/5.51

600/23.62

435/17.13

435/17.13

115/4.1

2/5

20/44

50/110

90/199

350/662

2

3.4

7

2

3

8

0.5

3.5

6

10

0.5

2

4

0.5

1

2

3

40

400 (24.0)

0.8-1.2

6.65

IP 33

400 3 N~

9

1130

1)

T = drying temperatures

M = molecular mass

U = lower explosion limit

K = solvent vapor concentration as per centage of lower explosion limit

2)

up to 98 % of the set-point value

All technical specification are specified for units with standard equipment at an ambient temperature of 25 ºC (77 ºF) and a voltage fluctuation of

±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880, respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

38 | Safety drying ovens

Options/accessories

Specimen temperature measurement

Additional PT 100 temperature sensor for exact temperature measurement of the specimen with digital temperature display. Recording of measured data acquisition possible via RS 422 interface.

FDL / MDL

Lockable door

Prevents unauthorized access and interference with processes in the chamber.

FDL / MDL

Drawer for coil coating applications

Split-second loading through the drawer in the door for coil coating/hot air short cycle applications.

Calibration certificates

Measurement in the center at specified values. Additional measuring points or test values according to your specification.

MDL

FDL / MDL

Access port with 10, 30 mm (0.4; 1.2 inch) diameter, right or left side

Rack, chrome-plated or stainless steel

Shelf, perforated, stainless steel

Door flap for coil-coating tests

Specimen temperature display with clip sensor and 4-20 m analog output

Replacement airfilter (class F 6/EU 6 – for particle sizes between

1µm and 10µm)

Additional measuring channel for digital display of specimen temperature via RS 422 interface

Door lock

Keyboard lock

Door gasket, silicone, resistant to high operating temperatures > 200°C (392°F)

Factory calibration certificate

Extension to factory calibration certificate

Temperature measurement acc. to DIN 12880 c option - not available u standard c

c

c c c c

FDL

115 c c c

c c c c c u c c c

MDL

115

c c c

-

Safety drying ovens | 39

40 | Vacuum drying ovens

Vacuum drying ovens | 41

VD | VDL

Absolutely reliable drying.

Drying with no residues, no danger of incrustation, no oxidation – all under gentle cycle conditions. We have also developed a special customized safety concept for your individual requirements that sets new standards in safety, all while maintaining our usual perfect performance and quality.

Semiconductors/Electronics

Chemical industry

Plastics

42 | Vacuum drying ovens

BINDER Vacuum drying ovens

Facts you should know:

Homogenous drying of samples

Our patented APT.line™ air jacket system ensures uniform heat distribution throughout the interior, including thermal transfer to the integrated expansion rack supports. Here, the large contact surface assures optimum heat transfer to specimens through the slide-in racks. The result is an ideal, controlled drying process that complies with standards.

VD / VDL

Durability thanks to optimum corrosion protection

Uncompromising quality: The inner chamber has an electropolished surface finish, and the patented slide-in racks, connections, and valves are all manufactured from heavy-duty, corrosion-resistant stainless steel, type V4A (1.4571)/

AISI 316 Ti.

Homogenous heat transfer with the APT.line™ preheating chamber eliminates cold spots and prevents condensation and corrosion.

VD / VDL

Short drying processes

Our Cross Flow Technology ensures a homogenous airflow throughout the interior. The injection of an inert gas into the air or gas flow, for example, creates uniform and homogenous convection throughout the interior space with upward flow from the bottom. Samples are dried quickly and efficiently

Safety glass panel (ESG)

Door sealing

Splinter protection panel (Polycarbonat) flame protection gasket

VD / VDL

The BINDER Safety concept: maximum protection during project work

- VDE tested door design for maximum safety:

Our vacuum drying ovens have a flame-proof enclosure and a special safety-glass window with anti-splinter protection, flexibly suspended in the door frame. This provides extra safety and effectively eliminates the risk of implosion or explosion in the interior.

- Inert gas connection:

The inert gas inlet has a precision dosing valve for uniform gas distribution throughout the inner chamber, thus preventing formation of an flammable atmosphere.

- Decoupling of electrical components:

All electrical components are contained within a separate enclosure. This completely isolates them from the inner chamber to prevent ignition.

VD / VDL

Vacuum drying ovens | 43

±

25 mbar

Easy cleaning

Fast and thorough cleaning is easy thanks to a seamless, smooth, stainless steel interior chamber without corners or obtrusive fittings.

VD / VDL

Maximum protection for projects involving flammable solvents

- Flame protection gasket:

The patented flame protection gasket actively prevents flames from escaping.

Should a detonation occur, the flame protection gasket will prevent any fire.

- Overpressure encapsulated instrument field:

Solvent vapors are securely isolated from all electrical components. A constant flow of pressurized air or inert gas through the instrument housing provides a safe and non-flammable atmosphere.

- Heat management:

The heating system switches on based upon the prevailing pressure; this

prevents a potential ignition in the event of flammable air mixtures.

Heat is automatically switched off when the pressure exceeds 125 mbar. The heating system can be switched on only if the pressure is below 125 mbar

The BINDER – one-source solution

Binder VD series equipment is supplied with a customized vacuum

pump in a separate vacuum module. This reduces noise levels by 50%

and significantly simplifies drying oven access. Installation could not be easier, since the supplied kit contains all necessary fittings.

VDL

Applications

Requirements for installation

VD series

Drying or heat treatment of specimens containing non-flammable solvents

VD / VDL

VDL series

Drying of specimens containing flammable solvents that can form explosive mixtures with air (ATEX 95, ATEX 100a,

94/9/EC, EN 1539

Effective and continuous ventilation of the area where the equipment is installed.

Equipment interior:

`

II 3 G EX-proof classification, pursuant to Directive 94/9/EC

Temperature classification* pursuant to IEC 60079-14:1996

* The temperature classification of the equipment corresponds to that of the interior.

Equipment interior: T1*,T2* or T3*

44 | Vacuum drying ovens

VD series:

Vacuum drying ovens for non-flammable solvents

The VD series offers safe drying with homogenous temperature distribution, thanks to its electronically controlled

APT.line™ preheating technology. Optimum heat transfer through patented expansion rack technology; the racks can be positioned as needed and are easy to clean.

Model VD 53

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range: 15ºC (59ºF) above ambient temperature up to 200ºC (392ºF)

- MP controller with 2 programs with 10 sections each, or alternatively one program with 20 sections

- Integrated week program timer with real time function

- Digital temperature setting with an accuracy of one degree

- Elapsed time indicator

- Fine dosing ventilation valve (at VD 23 the standard inert gas connection is also used as ventilation valve)

- Fine dosing inert gas valve with cross-flow technology

- All electrical components are decoupled from the interior chamber

- Spring-mounted shatter proof safety glass panel

- Independent adjustable temperature safety device, Class 2 (DIN 12880), with visual alarm

- DN 16 measuring port in rear wall

- Analog pressure gauge (display pressure difference between the inner chamber and the ambient pressure)

- Electro polished inner chamber, suction and ventilation tubes, pressure container, and ball valve are made of stainless steel Mat. No. 1.4571 (V4A) / AISI 316 Ti

- Door gasket made of tempered silicone

- 2 x 24 V DC (max. 0.4 A) switching outputs, switched via 2 control contact of the program editor

- RS 422 interface for communication software APT-COM™ DataControlSystem

- 2 patented, flexible aluminum expansion racks

- BINDER test certificate

- available also as complete system, with vacuum module and vacuum pump

Model VD 53

Vacuum drying ovens | 45

Technical specification VD series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet) (mm/inch)

Depth (mm/inch)

Height option “vacuum module” (mm/inch)

Total height with option “vacuum module” (mm/inch) plus door handle, connection (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch) u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of expansion racks (aluminum) (standard/max.)

Distance between the racks (mm/inch)

Usable space per rack (width x depth) (mm/inch)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal voltage (±10 %) 60 Hz (V)

Nominal power for 230 V units (kW)

Nominal power for 115 V units (kW)

Energy consumption at 100°C (W) at 200°C (W)

VD 23

515/20.28

655/25.79

500/19.69

624/24.57

1279/50.35

100/3.94

100/3.94

135/5.31

285/11.22

285/11.22

285/11.22

23/0.81

2/4

53/2.09

234x280/

9.21x11.02

20/44

35/77

63/139

VD 53

634/24.96

775/30.51

550/21.65

624/24.57

1400/55.12

100/3.94

100/3.94

135/5.31

VD 115

740/29.13

900/35.43

670/26.38

622/24.49

1522/59.92

100/3.94

100/3.94

135/5.31

u Temperature data

Temperature range, 15°C/59°F above ambient up to °C/°F

Temperature uniformity 1) at 100°C/212°F (± K) at 200°C/392°F (± K)

Temperature fluctuation

1)

(± K)

Heating up time

1) 2)

Position II / POWER to 100°C (min.) to 200°C (min.)

Vacuum connection with small flange (DN mm/inch)

Measuring access port with small flange (DN mm/inch)

Inert gas connection with flow limiter (RP")

Permitted end vacuum (mbar / inchHg)

Leak rate max. (bar/h / inchHg/h)

200/392

1.5

3

0.1

200/392

2

4.5

0.1

200/392

3.5

9

0.1

50

100

16/0.63

16/0.63

80

130

16/0.63

16/0.63

90

190

16/0.63

16/0.63

3/8 3/8 3/8

0.01/0.000295

0.01/0.000295

0.01/0.000295

0.01/2.95

0.01/2.95

0.01/2.95

IP 20

230

115

0.8

0.8

105

280

400/15.75

400/15.75

330/12.99

53/1.87

2/5

62/2.44

349x320/

13.74x12.60

20/44

45/99

95/209

IP 20

230

115

1.2

1.2

150

445

506/19.92

506/19.92

450/17.72

115/4.06

2/6

68/2.68

455x440/

17.91x17.32

20/44

65/143

153/337

IP 20

230

115

1.9

1.7

250

785

1)

values measured with aluminum racks

2)

up to 98 % of the set-point value (main switch (1) in position II)

All technical specification are specified for units with standard equipment at an ambient temperature of 25 ºC (77 ºF) and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880, respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

46 | Vacuum Drying ovens

VDL series:

Safety vacuum drying ovens for flammable solvents

The VDL series comes with a standard safety package that guarantees maximum safety for drying samples that contain organic solvents, complete with a TÜV/GS safety certificate. The interior chamber is designed in accordance with the ATEX Directive for Zone 2 operation. The equipment must be installed in a zone for nonhazardous activities.

Model VDL 53

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 15ºC (59ºF) above ambient temperature up to 200ºC (392ºF)

- MP controller with two programs with 10 sections each, or alternatively one program with 20 sections

- Digital temperature setting with an accuracy of one degree

- Elapsed time indicator

- Spring-mounted safety glass pane with splinter protection

- Pressure monitor for controlled heating release at < 125 mbar (94 torr)

- Over pressure capsulated instrument panel with compressed air connection and maintenance unit

- Flame protection gasket

- Fine dosing inert gas valve with cross-flow technology

- Analog pressure gauge (display pressure difference between the inner chamber and the ambient pressure)

- Electro polished inner chamber, suction and ventilation tubes, pressure container, and ball valve are made of stainless steel Mat. No. 1.4571 (V4A) / AISI 316 Ti

- Door gasket made of tempered silicone

- Independent adjustable temperature safety device, Class 2 (DIN 12880), with visual alarm

- DN 16 measuring port in rear wall

- RS 422 interface for communication software APT-COM™ DataControlSystem

- 2 patented, flexible aluminum expansion racks

- BINDER test certificate

- available also as complete system, with module and vacuum pump

Model VDL 53

Vacuum Drying ovens | 47

Technical specification VDL series

u

Exterior dimensions

Width (mm/inch)

Height (inclusive feet) (mm/inch)

Height option “vacuum module” (mm/inch)

Total height with option “vacuum module” (mm/inch)

Depth (mm/inch) plus door handle, connection (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch) u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of expansion racks (aluminum) (standard/max.)

Distance between the racks (mm/inch)

Usable space per rack (width x depth) (mm/inch)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.)

VDL 23

515/20.28

655/25.79

624/24.57

1279/50.35

500/19.69

100/3.94

100/3.94

135/5.31

285/11.22

285/11.22

285/11.22

23/0.81

2/4

53/2.09

234x280/

9.21x11.02

20/44

35/77

63/139

VDL 53

634/24.96

775/30.51

624/24.57

1400/55.12

550/21.65

100/3.94

100/3.94

135/5.31

400/15.75

VDL 115

740/29.13

900/35.43

622/24.49

1522/59.92

670/26.38

100/3.94

100/3.94

135/5.31

Modell VDL 53

506/19.92

330/12.99

53/1.87

2/5

62/2.44

349x320/

13.74x12.60

20/44

45/99

95/209

506/19.92

450/17.72

115/4.06

2/6

68/2.68

455x440/

17.19/17.32

20/44

65/143

153/337 u

Temperature data

Temperature range, 15°C/59°F above ambient up to °C/°F

Temperature uniformity

1) at 100°C/212°F (± K) at 200°C/392°F (± K)

Temperature fluctuation

1)

(± K)

Heating up time

1) 2)

Position II / POWER to 100°C (min.) to 200°C (min.)

Vacuum connection with small flange (DN mm/inch)

Measuring access port with small flange (DN mm/inch)

Inert gas connection with flow limiter (RP")

Permitted end vacuum (mbar / inchHg)

Leak rate (max.mbar/h / inchHg/h)

Compressed air connection for pressure-encapsulation

(Ø mm)

200/392

1.5

3

0.1

200/392

2

4.5

0.1

200/392

3.5

9

0.1

50

100

16/0.63

80

130

16/0.63

155

200

16/0.63

16/0.63

3/8

16/0.63

3/8

16/0.63

3/8

0.01/0.000295

0.01/0.000295

0.01/0.000295

10/0.295

10/0.295

10/0.295

8 8 8 u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 100°C (W) at 200°C (W)

IP 54

230

0.8

105

280

1)

values measured with aluminum racks

2)

up to 98 % of the set-point value

IP 54

230

1.2

150

445

IP 54

230 1

1.9

250

785

All technical specification are specified for units with standard equipment at an ambient temperature of 25 ºC (77 ºF) and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880, respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All values have been specified at a fan speed of 100 %. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

48 | Vacuum drying ovens

VD series: Vacuum module with pump

Series VD equipment can be supplied with an optional separate vacuum module that achieves up to 50% noise reduction.

The chemical membrane pump for the vacuum module is available in three different versions, depending upon individual requirements. The speedcontrolled vacuum pump VP 3.1 or example, automatically adjusts to the various process conditions, which saves up to 30% time.

Additional benefits:

- excellent suction capacity even at low pressure

- long service life because of oil-free operation

- good chemical resistance, thanks to the extensive use of fluoroplastics

Model VD 23 with module

Vacuum module with integrated chemical membrane pump

Type

Nominal airflow

Final pressure

Electrical connection

(50–60 Hz)

VD 23 series

VD 53 series

VD 115 series c option

Vacuum module with

chemical membrane pump

VP 1.1

2.0 m³/h

7 mbar

230 V / 115 V c c c

Vacuum module with

chemical membrane pump

VP 2.1

3.4 m³/h

1.5 mbar

230 V / 115 V c c c

Vacuum module with speed controlled chemical membrane pump

VP 3.1

4.6 m³/h

1.5 mbar

230 V / 115 V c c c

Technical specifications are subject to change.

Vacuum drying ovens | 49

VDL series: Vacuum module with pump

The vacuum module in the VDL series can be supplied with two different types of chemical membrane pumps, each of which have different intake and delivery capacities. Both models are ATEX compliant and have explosion-proof motors with integrated latching overload and thermal protection switches

As of July 1, 2003, only ATEX-compliant equipment may be used in explosion hazard areas. All BINDER VDL series vacuum pumps are ATEX certified.

Model VDL 53 with module

Vacuum module with integrated chemical membrane pump

Type

ATEX approved according to

ATEX Directive 94/9/EG

Nominal airflow

Final pressure

Electrical supply

(50–60 Hz)

VDL 23 series

VDL 53 series

VDL 115 series

Application details c option - not available

Vacuum module with

chemical membrane pump

EX-proof

VP 4 yes

1.9 m³/h

12 mbar

230 V / 115 V c c

Vacuum module with

chemical membrane pump

EX-proof

VP 5 yes

3.7 m³/h

3 mbar

230 V / 115 V

-

c

Approved ATEX-compliant

membrane pump for VDL 23 and

VDL 115 series c

Approved ATEX-compliant

membrane pump with a reduced

final vacuum for the VDL 115 series

Technical specifications are subject to change.

50 | Vacuum Drying ovens

Options/accessories

Measuring port

Vacuum-tight (9-pin) bushing for instrument leads into the unit.

Vacuum pump connection kit

Our Plug&Play connection kits are designed to fit our entire line of pumps, and the antistatic ATEX connection kits comply with all required safety standards.

ATEX certification requires antistatic connection kits.

VD / VDL

VD / VDL

Specimen temperature indication

PT 100 sensor with digital temperature display

VD / VDL

Digital pressure display

The interior chamber pressure is measured with a permanently installed pressure sensor. The digital display is accurate to within 1 mbar (0.8 torr).

Vacuum module

As an option, Series VD and VDL equipment can be supplied with a separate vacuum module. This reduces noise levels by 50% and significantly simplifies access to the drying oven.

VD / VDL

VD / VDL

Vacuum Drying ovens | 51

BINDER-Service

Use a BINDER service plan to keep your vacuum drying ovens in top condition. In addition to calibrating your equipment, we will also perform a comprehensive safety inspection based upon DIN requirements.

VD / VDL

Expansion racks, aluminum or stainless steel

Connection kit with different small flanges

Measurement port for air-tight lead-through of measurement lines into the unit (9-pin)

Specimen temperature measurement via flexible PT100 sensor

Digital pressure display

Factory calibration certificate

Extention to factory calibration certificate door gasket, FKM (viton)

Vacuum module with chemical membrane pump VP 1.1

Vacuum module with chemical membrane pump VP 2.1

Vacuum module with speed controlled chemical membrane pump VP 3.1

Vacuum module with membrane pump VP 4

Vacuum module with membrane pump VP 5

Vacuum module c option - not available c c c c c

-

c

23 c c c c c c

VD c

-

c c c c c c c c

53 115 23 c c c c c c c c c c c c c c

-

-

c

c c

-

c c c c c c

c

VDL c c

-

-

c

c c

c

53 115 c c c c c c c c c c c

-

-

c

c

52 | CO

2

-Incubators

CO

2

-Incubators | 53

C | CB

Optimum cell growth

Cell cultivation in particular is a highly sensitive process in which a single germ can destroy weeks of work. BINDER solves this problem using a unique and safe method to ensure absolutely sterile conditions, namely sterilization with hot air at

180 °C. In addition, a multitude of ingenious ideas, such as the proven APT.line™ or the patented Permadry™ system, ensure the total absence of condensation. The cleaning process is also significantly simplified by BINDER’s unique, seamless, deep-drawn interior chamber, including the total absence of interior fittings. A BINDER CO

2

incubator thus provides you with virtually perfect natural simulation to ensure optimum growth conditions for your cultures at all times.

Basic Research

Bio Tissue Engineering In-vitro Fertilization

54 | CO

2

-Incubators

BINDER CO

2

-Incubators

Facts you should know:

180 °C

BINDER C 150/CB

37 °C

Steri Start

Aufheizen

Halten

4 h

10 h

Kühlen

6 h Steri End

Sterile cultivation conditions

Our validated and approved hot air sterilization at 180 °C [356 ºF] complies with the most important international guidelines to ensure reliable destruction of germs (mycoplasma, elimination of RNA/DNA material) that could interfere with your work. BINDER incubators offer an easy overnight sterilization cycle that requires no extra work, such as the removal of interior fittings, without additional maintenance costs for lamps, filters, gas cartridges, or other spare parts.

Optimum cell growth

The patented APT.line™ system with a preheating chamber ensures high temperature precision with homogenous heat distribution in the interior.

Outstanding dynamics ensure short recovery times for all BINDER CO

2 incubators. An additional feature of the CB series is BINDER’s patented

VENTAIR™ jacket system, which will achieve even shorter temperature recovery times. This provides reliable protection at any time, particularly for sensitive cultures.

C / CB

C / CB

5% vol

CO

2

0

5

IR Sensor

Wärmeleitfähigkeitssensoren

120 min

Extremely stable pH conditions

The infrared measuring system with the drift-free single beam FPI sensor provides highly accurate CO

2

content measurement at all times, unaffected by the usual deviations during thermal conductivity measurement if the humidity content varies. This balances out any fluctuations up to 20 times faster than normal after the door is opened.

C / CB

Homogenous gas distribution without turbulence

The patented gas mixing head provides totally homogenous gas distribution in the interior – without the use of a fan. This completely eliminates the risk of mixing germs due to turbulence.

Easy-to-clean interior

The deep-drawn stainless steel interior chamber with with built in shelf supports substantially reduces any areas where contamination could accumulate. This significantly reduces the risk from germs and also simplifies cleaning. BINDER

CO

2

incubators offer the best usable-space-to-volume ratio in its class due to the total absence of any additional fittings in the interior chamber.

C / CB

C / CB

CO

2

-Incubators | 55

Absolutely condensation-free, even at high air humidity levels

The high saturated air humidity prevents cell cultures from drying out and also keeps the osmolarity constant in the culture medium. In order to prevent contamination, however, no condensation must occur.

Permadry TM System

With our CO

2

incubators, you can work with a saturated relative air humidity up to 95 % RH while the internal walls remain completely dry. At the same time, a precisely defined ratio between evaporation and retrograde condensation is generated, which keeps the air humidity absolutely stable.

The patented Permadry™ system with a double-walled water pan permits even more accurate adjustment of humidity levels in the CB. This humidity control achieves still higher air humidity values up to 98 % RH, absolutely free of condensation on inner walls.

Double walled water pan in CB

C / CB

C series CB series

Product outline - Temperature range: 7 °C (13 ºF) above ambient temperature up to 50 °C (122 ºF)

- Condensation control for air humidity values up to 95 % RH

- DS controller with LED-segment display for CO

2

content and temperature

- Integrated alarm and status displays

- Temperature range 5 °C -7 °C (9 °F-13 ºF) above ambient temperature up to 60 °C (140 ºF)

- Permadry™ double-walled humidification system for air humidity values ≥ 95 % RH

- VENTAIR™ jacket system with cascade control

- MCS controller with variable presentation of all process parameters

- Integrated data memory and event logging of operator intervention

- Optional Intelligent Fail Safe safety system for pH stability, which also operates during equipment malfunction

- Standard RS 422 communication interface for software integration

Applications

For all routine applications in cell line cultivation, such as: For sensitive incubation applications with added features for control and safety for primary cell cultivation:

- Incubation of monolayer cultures of different cell lines

- Cell lines as in-vitro model systems in signal transduction studies

- Cell culture technologies as part of basic research programs at universities and other research facilities

- Cell based assays in cell biology and other Life Science disciplines

- Primary cell cultivation of patient material for cell therapy

- Differentiation studies in stem cell research

- Cultivation of tissue implants for tissue reconstruction in tissue engineering applications

- Blastocyst cultivation and cancer research (in a hypoxic gas atmosphere up to 0.2 vol% O

2

content)

- CB 53 series: Incubation of oozyte/sperms and embryos as part of in-vitro fertilization (IVF)

56 | CO

2

-Incubators

Series C 150:

The STANDARD for CO

2

-Incubators

The C 150 is the ideal partner for routine applications in cell cultivation: hot air sterilization at 180 °C to prevent contamination; a drift-free infrared measuring system for reliable and stable pH values; high temperature precision with outstanding dynamics and no risk of condensation, even at high humidity levels.

Model C 150

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range from 7 °C (13 °F) above ambient temperature up to 50 °C (122 °F)

- Standard-compliant hot-air sterilization at 180 °C (356 °F)

- Microprocessor with LED display for temperature and CO

2

concentration

- Various alarm and status displays

- Automatic diagnostic system with visual and acoustic alarm functions, as well as a potentialfree contact for central monitoring

- The control keyboard can be ‘locked’ with a 3-digit password

- Drift-free infrared CO

2

measurement system

- Stainless steel deep-drawn inner chamber, free of welding seams, with an integrated shelf support system

- Water bath with retrograde condensation

- Temperature safety device, Class 3.1 (DIN 12880) with visual and acoustic temperature alarm functions

- Gas mixing head

- Tightly sealed inner glass door

- Door lock

- Optional left or right door hinge

- Three perforated stainless steel shelves

- Chambers are stackable

- BINDER test certificate

Model C 150

CO

2

-Incubators | 57

Technical specifications C series

u Exterior dimensions

Width (mm/inch)

Height (incl. feet) (mm/inch)

Depth (mm/inch) plus instrument triangle, door handle (mm/inch) plus mains connection and gas connections (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch) u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of perforated shelves, stainless steel (standard/max.)

Inner dimensions of perforated shelves, width x depth (mm/inch)

Outer dimensions of perforated shelves, width x depth (mm/inch)

Weight (empty) (kg/lbs.) u Temperature data

Temperature range, 7 °C/12.6 °F above ambient up to °C/°F

Temperature uniformity at 37°C/98.6°F (± K)

Temperature fluctuation (± K)

Recovery time after door was opened for 30 sec 1) at 37 °C/98.6 °F (minutes)

C 150

680/26.77

819/32.24

815/32.09

54/2.13

60/2.36

100/3.94

50/1.97

500/19.69

600/23.62

500/19.69

150/5.4

3/6

491 x 442/

19.33 x 17.40

495 x 444/

19.49 x 17.48

95/210

50/122

0.4

0.1

5 u CO

2

data

CO

2

range (Vol.-%CO

2

)

Setting accuracy (Vol.-%CO

2

)

Recovery time after door was opened for 30 sec

1)

up to 5 vol. % (min)

1)2)

CO

2

measurement

Connection hose nozzle DN6 for CO

2 with internal diameter (mm/inch)

for hose u Humidity data

Humidity average value (± 2% RH) u

Electrical data

IP system of housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 37 °C/98.6 °F (W)

0-20

0.1

7

IR

6

≥ 95

IP 20

230

1.4

110

1)

up to 98 % of the set value

2)

The recovery times of the gas concentrations inside the chamber following door opening refer to a connection pressure of 2.0 bar. Decreasing supply pressure leads to longer recovery times.

All technical data are specified for units with standard equipment at an ambient temperature of 25 °C/77 °F and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

58 | CO

2

-Incubators

CB series:

CO

2

incubators with advanced process control

The CB series is the premium class for all sensitive incubation applications, with added features for process control and safety in primary cell cultivation. This series offers an extensive assortment of options and accessories to handle complex cultivation applications or individual growth environments, such as hypoxic conditions.

Model CB 53

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range from 7 °C (13 °F) above ambient temperature up to 60 °C (140 °F)

- MCS controller for temperature and CO

2

- User-friendly LCD screen

- Easy-to-read menu guide

gas concentration

- Integrated electronic chart recorder

- Various options for the graphic display of process parameters

- Real-time clock

- Standard-compliant hot-air sterilization at 180 °C (356 °F) (DIN 58947)

- VENTAIR jacket system™

- Drift-free infrared CO

2

measurement system

- Gas mixing head

- Permadry™ system, condensation-free, double-pan humidification system

- Electronic self-diagnostic system for malfunctions, with visual and acoustic alarm functions and a potential-free contact for a central monitoring system

- Class 3.1 (DIN 12880) temperature controller with visual and acoustic alarm function

- Tightly sealed inner glass door

- RS 422 interface for APT-COM™ DataControlSystem communication software

- Three perforated stainless steel shelves (CB 53 – 2)

- BINDER test certificate

Model CB 150

CO

2

-Incubators | 59

Technical specifications CB series

u

Exterior dimensions

Width (mm/inch)

Height (incl. feet) (mm/inch)

Depth (plus 55 mm/2.1 inch door handle and connection) (mm/inch)

Wall clearance side (mm/inch)

Wall clearance rear (mm/inch)

Numbers of doors

Inner glass doors

CB 53

580/22.83

720/28.35

546/21.50

50/1.97/

100/3.94

1

1

CB 150

680/26.77

919/36.18

715/28.15

50/1.97/

100/3.94

1

1

CB 210

740/29.13

1069/42.09

715/28.15

50/1.97/

100/3.94

1

1 u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Perforated shelves, stainless steel (number standard/max.)

Outer dimensions of perforated shelves, width x depth (mm/inch)

Load per shelf (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.) u

Temperature data

Temperature range 5 °C-7 °C/ 9 °F-13 °F

3)

above ambient (°C/°F)

Temperature uniformity at 37 °C/98.6 °F (±K)

Temperature fluctuation at 37 °C/98.6 °F (±K)

Recovery time after door was opened for 30 sec at 37 °C/98.6 °F (min)

400/15.75

400/15.75

330/12.99

53/1.9

2/3

396 x 289/

15.59 x 11.38

10/22

30/66

61/135

500/19.69

600/23.62

500/19.69

150/5.4

3/6

495 x 444/

19.49 x 17.48

10/22

30/66

107/236

560/22.05

750/29.53

500/19.69

210/7.5

3/8

556 x 444/

21.9 x 17.48

10/22

30/66

121/267

60/140

0.3

0.1

3

60/140

0.3

0.1

3

60/140

0.4

0.1

3 u Humidity data

Humidity average value (% r.H.) ≥ 95

≥ 95 ≥ 95 u

CO

2

data

CO

2

range (Vol.-% CO

2

)

Setting accuracy (Vol.-% CO

2

)

Recovery time after door was opened for 30 sec at 5 vol. % (minutes)

CO

2

measurement

Connection hose nozzle DN6 for CO

2

for hose with internal diameter (mm/inch) u

O

2

data

O

2

range (vol.-% O

2

)

Setting accuracy (vol.-% O

2

)

Recovery time after door was opened for 30 sec at 1 vol. % (min)

Recovery time after door was opened for 30 sec at 5 vol-% O

2

(min)

O

2

measurement

Connection hose nozzle DN6 for O

2

/N

2

for hose with internal diameter (mm/inch) u

Electrical data CB

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 37 °C/98.6 °F (W)

1)

0-20

0.1

6

IR

6/0.24

0.2-95

0.1

25

9

ZrO

230

1.0

70

2

6/0.24

0-20

0.1

7

IR

6/0.24

0.2-95

0.1

33

10

ZrO

6/0.24

230

1.3

100

2

0-20

0.1

9

IR

6/0.24

0.2-95

0.1

54

11

ZrO

2

6/0.24

230

1.5

130

1)

These energy consumption values can be used upon calculation of air conditioning systems.

All technical data are specified for units with standard equipment at an ambient temperature of 25 °C/77 °F and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

60 | CO

2

-Incubators

Options/accessories

Variable O

2

controller

This is particularly suitable for work under hypoxic (reduced oxygen) culture conditions. The O

2

or N

2

gas supply can be regulated through an additional control circuit. Measurement is performed with a zirconium oxide sensor (ZrO

2

).

C / CB

Gas-tight, divided, inner glass door

Maintains stable climatic conditions within the incubator. This sealed inner glass door minimizes loss of humidity, heat and CO

2

during loading, and also ensures rapid recovery time. This makes it possible for several users to work with the same equipment.

CB 53 and CB 150: 4 doors, CB 210: 6 doors

C / CB

APT-COM™ DataControlSystem GLP Edition

This software ensures compliance with GLP standards, and is useful for programming and documentation. Permits networking of up to 30 units or controllers, and complies with FDA 21 CFR Part 11 requirements.

BINDER Gas Supply Set

This external gas bottle switchover set automatically switches the supply to a second gas bottle when the first bottle is empty. It also has acoustic and visual alarm functions and a potential-free alarm output for external reporting systems.

It can be used with a maximum of two CO

2

incubators using CO

2 bottles.

, O

2

, or N

2

gas

C / CB

C / CB no monitoring system

Intelligent Fail Safe™ system. Enhanced safety.

A patented electronic safety system for independent monitoring of CO

2

control in the incubator. When tolerance limits are exceeded, the Intelligent Fail Safe™ system automatically takes over the control of CO

2

concentration; this is particularly useful to ensure the survival of cultures over weekends, when technicians are not available.

failure no monitoring system

C / CB

Silicone plug access ports

The incubator has access ports for inserting leads to external measuring devices. They have a diameter of 30 mm / 1.18 inch and can be sealed with a silicone plug that can be located on any side.

C / CB

stacking adapter

Stacking adapter

Used for stacking two C 150 or CB incubators, which are thermally insulated from each other, and/or for combined C 150/CB 150 units. The incubators can thus be sterilized with hot air, independent of each other.

Stacking adapters are available for stacking frames or for base frames.

CO

2

-Incubators | 61

stacking frame

Integration of flexible cultivation systems

Plug-and-play solutions for integrating flexible cultivation systems. Quick-connection of external mixing or shaker devices by means of a controlled power outlet switch. Roller systems are easily integrated into the incubator for the cultivation of adherent cells and suspension cultures.

C / CB

C / CB

Access ports can be sealed with a silicone cap on both ends

Perforated stainless steel shelf

Partitioned inner glass door with divided shelves

Ethernet interface

Gas bottle connection kit

4 - 20 mA analog output for temperature and CO

2

values

BINDER Gas Supply Service (external gas bottle switchover set)

Stacking adapters

Base frame with castors

Intelligent Fail Safe monitoring system

Keyboard lock

CELLROLL Set roller system and cable set

Internal LEMO type power outlet socket

Power supply through (8 pin) LEMO socket

APT-COM™ DataControlSystem communication software

Temperature and CO

2

calibration certificate

O

2

calibration certificate

Spatial temperature measurement in accordance with DIN 12880

Primary Human Cell Culture manual c option - not available

C c c c c

150 c c

-

-

-

-

-

c

-

c

c c

CB c c c c c c c c c c c c c c c

150 210 c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c

c c c c c c c c c c

53 c

62 | Incubators

BD | BF | KB

High precision for tiny organisms.

Working with microorganisms requires careful handling. Maintaining precise and consistent incubation conditions is absolutely crucial. The preheating chamber components that we have developed work together to deliver a unique level of precision, as well as results that can be reproduced in any routine test procedure. This is particularly useful when your procedures require high output capacity in long-term operation.

Microbiological tests

Food microbiological testing Mixed sample testing

Incubators | 63

64 | Incubators

BINDER Incubators

Facts you should know:

40

0

80

120

160

200

240

280

320

Homogenous temperatures

BINDER APT.line™ preheating chamber technology ensures absolutely precise temperature accuracy and totally homogenous temperature distribution, essential elements for the reproducibility of microbiological procedures, with either natural or mechanical (forced) convection. Binder offers the invaluable advantage of extremely short recovery times.

BD / BF / KB

Perfect desinfection routine

Only BINDER offers a desinfection routine up to 100 °C (212 °F)

Residue-free cleaning of the entire inner chamber made of stainless steel.

Maximum process safety. A bonus for changing batches.

BD / BF / KB

Modest operating costs

Details such as significantly reduced energy use, intelligent heating technology, and extensive safety features contribute to state-of-the-art BINDER performance.

60 mm thermal insulation provides a stable temperature in the interior while keeping the outside of the housing cool. The two-point door closure seals the door securely even when working at the maximum temperature range.

BD / BF / KB

Compliance with standards

Adherence to standards, such as GLP/GMP practices, is possible because of

precise and reproducible temperature accuracy.

1. Equipment documentation: Validation and calibration. We provide professional calibration support either ex-factory or on-site as well as supporting documents for validation at customer premises.

2. Operational data documentation: APT-COM™ DataControlSystem.

The only standard software that guarantees seamless documentation of all testing parameters in compliance with standards.

Can be fully validated in accordance with GLP/GMP and FDA 21 CFR Part 11.

BD / BF / KB

Incubators with gravity (natural) convection

Gravity (natural) convection is perfectly suited for incubation of microorganisms,

and for microbiological heating and conditioning. Professional equipment for

long-term and stable continuous operation.

BD

Incubators with mechanical (forced) convection

These incubators are the leading products for all incubation tasks requiring high specimen volumes and fast temperature recovery times. A specially designed, very powerful air turbine produces a high airflow rate, which can be adjusted from 0 % to 100 %. In combination with a patented APT.line™ Horizontal Airflow

Design, this achieves both highly effective as well as very gentle incubation.

Advantages:

- Faster heating up and recovery times than with natural air convection

- Completely homogenous temp. performance, even with fully loaded chamber

BF

Refrigerated incubators

Using an expanded temperature range from -5 to 100 °C (23 – 212 ºF)

facilitates working with a large variety of applications under absolutely homogenous conditions with the high temperature precision of the APT.line™ series you’ve come to know and trust. A finely tuned and highly responsive cooling system maintains ideal environmental conditions with minimum dehumidification of samples on culture substrates, even with incubation runs over several days. Outstanding dynamics ensure extremely short recovery times after the door is opened.

KB

Incubators | 65

Controller features

BD Incubator with gravity (natural) convection incubation in open containers

BF Incubator with mechanical (forced) convection incubation in closed containers

(e.g. Stomacher bags) u u u

-

Temperature-time functions

BD u u u u u

-

BF

KB Refrigerated incubator

Incubator with mechanical (forced) convection and DCT™ Cooling system

Weekly incubation cycle 37 °C/4 °C

(98.6 °F/39.2 °F)

Incubation > 25 °C/77 °F

Incubation at 37 °C/98.6 °F w. integrated heat sources (vibrators, shakers) u standard - not available u u u u u u

KB

66 | Incubators

BD series:

Incubators with gravity (natural) convection

BD series test chambers are specially designed for long-term and stable continuous operation.

Ideal for gentle incubation of organisms, such as on agar plates, and also for conditioning of heat sensitive media.

Model BD 23

Performance features and equipment

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 5 °C (9 °F) above ambient temperature up to 100 °C (212 °F)

- DS controller with integrated timer 0 to 99 hours

- Digital temperature setting with an accuracy of a tenth of a degree

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880), with visual alarm

- Adjustable ventilation by means of rear exhaust duct, 50 mm (2 inch) diameter with ventilation flap and front ventilation slide

- Inner glass door

- RS 422 interface for communication software APT-COM™ DataControlSystem

- Units up to 115 liters (4.1 cu.ft.) are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model BD 53

Incubators | 67

Technical specification BD series

u Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle, I-panel and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors u

Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of shelves (standard/max.)

Load per shelf (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.)

BD 23

433/17.05

492/19.37

516/20.31

90/3.54

100/3.94

100/3.94

36/1.27

1

222/8.74

330/12.99

277/10.91

20/0.7

2/3

12/26

25/55

26/57

BD 53

634/24.96

617/24.29

575/22.64

90/3.54

100/3.94

160/6.30

70/2.47

1

400/15.75

400/15.75

330/12.99

53/1.9

2/4

15/33

40/88

43/95

BD 115

834/32.83

702/27.64

645/25.39

90/3.54

100/3.94

160/6.30

142/5.02

1

600/23.62

480/18.90

400/15.75

115/4.1

2/5

20/44

50/110

61/135

BD 240

1034/40.71

822/32.36

745/29.33

90/3.54

100/3.94

160/6.30

283/10.0

2

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

93/205

BD 400

1234/48.58

1022/40.24

765/30.12

90/3.54

100/3.94

160/6.30

457/16.15

2

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

135/298

BD 720

1234/48.58

1528/60.16

865/34.06

90/3.54

100/3.94

160/6.30

808/28.55

2

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

191/422 u Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity at 37°C/98.6°F (± K) at 50°C/122°F (± K)

Temperature fluctuation at 37°C/98.6°F (± K) at 50°C/122°F (± K)

Heating up time

1) to 37°C/98.6°F (minutes) to 50°C/122°F (minutes)

Recovery time after door was opened 30 sec

1) at 37°C/98.6°F (minutes) at 50°C/122°F (minutes)

100/211.8

0.5

1.8

0.2

0.3

49

51

3

4

100/211.8

0.5

1.1

0.1

0.1

38

59

5

7

100/211.8

0.4

0.8

0.1

0.1

62

91

5

7

100/211.8

0.5

0.9

0.1

0.1

70

115

5

6

100/211.8

0.5

0.9

0.1

0.1

105

132

6

29

100/211.8

0.5

0.8

0.1

0.1

84

90

4

24 u

Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10 %) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 37°C / 98.6°F (W)

IP 20

230

0.2

11

IP 20

230

0.4

11

IP 20

230

0.4

20

IP 20

230

0.68

33

IP 20

230

0.85

56

IP 20

230

1.25

80

1) up to 98% of the set value

All technical data are specified for units with standard equipment at an ambient temperature of +25 °C and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

68 | Incubators

BF series:

Incubators with mechanical (forced) convection

Premium equipment for all gentle incubation applications, including processing large numbers of samples at high throughput. Outstanding dynamics keep the required temperature virtually stable with homogenous distribution, irrespective of how many times the door is opened.

Model BF 240

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range of 5 °C (9 °F) above ambient temperature up to 100 °C (212 °F)

- MS controller with several timer functions

- Digital temperature setting with an accuracy of a tenth of a degree

- Time functions: delayed ON, delayed OFF, and temperature-dependent delayed OFF

- Adjustable fan speed

- Adjustable ventilation by means of rear exhaust duct, 50 mm (2 inch) diameter with ventilation flap and front ventilation slide

- Inner glass door

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880), with visual alarm

- RS 422 interface for communication software APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter

- Adjustable intervals for printer

- Units up to 115 liters (4.1 cu.ft) are stackable

- 2 chrome-plated racks

- BINDER test certificate

Model BF 53

Incubators | 69

Technical specification BF series

u

Exterior dimensions

Width (mm/inch)

Height (inclusive feet/castors) (mm/inch)

Depth (mm/inch) plus door handle and exhaust duct (mm/inch)

Wall clearance rear (mm/inch)

Wall clearance side (mm/inch)

Exhaust duct outer-Ø (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors

BF 53

634/24.96

617/24.29

575/22.64

90/3.54

100/3.94

160/6.30

52/2.05

70/2.47

1

BF 115

834/32.83

702/27.64

645/25.39

90/3.54

100/3.94

160/6.30

52/2.05

142/5.02

1

BF 240

1034/40.71

822/32.36

745/29.33

90/3.54

100/3.94

160/6.30

52/2.05

283/10.0

2

BF 400

1234/48.58

1022/40.24

765/30.12

90/3.54

100/3.94

160/6.30

52/2.05

457/16.15

2

BF 720

1234/48.58

1528/60.16

865/34.06

90/3.54

100/3.94

160/6.30

52/2.05

808/28.55

2 u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of shelves (standard/max.)

Load per shelf (kg/lbs.)

Permitted total load (kg/lbs.)

Weight of the unit (empty) (kg/lbs.) u

Temperature data

Temperature range, 5°C/9°F above ambient up to °C/°F

Temperature uniformity

1) at 37°C/98.6°F (± K) at 50°C/122°F (± K)

Temperature fluctuation at 37°C/98.6°F (± K) at 50°C/122°F (± K)

Heating-up time

2) to 37°C/98.6°F (minutes) 98% to 50°C/122°F (minutes) 98%

Recov. time after door was opened for 30 sec.

at 37°C/98.6°F (min) at 50°C/122°F (min)

Air change at 70°C/158°F (x/h)

2)

400/15.75

400/15.75

330/12.99

53/1.9

2/5

15/33

40/88

43/95

100/212

0.4

0.7/0.5

0.2

0.2

12

20

1

1.5/2

59

600/23.62

480/18.90

400/15.75

115/4.1

2/5

20/44

50/110

64/141

100/212

0.3

0.6/0.3

0.2

0.2

22

23

1/2

2/4

29

800/31.50

600/23.62

500/19.69

240/8.6

2/7

30/66

70/155

104/230

100/212

0.3

0.8

0.2

0.2

12

24

1

2

19

1000/39.37

800/31.50

500/19.69

400/14.3

2/10

35/77

90/199

145/320

100/212

0.4

0.9

0.2

0.2

18

26

2

4

17

1000/39.37

1200/47.24

600/23.62

720/25.7

2/15

45/99

120/265

180/397

100/212

0.4

0.6

0.1

0.2

21

24

1

4

11 u

Electrical data

Housing protection acc. to EN 60529

Nominal voltage (± 10%) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 37°C/98.6°F (W)

IP 20

230

0.4

11

IP 20

230

0.4

20

IP 20

230

0.68

33

IP 20

230

0.85

56

IP 20

230

1.25

80

1) value without window

2) up to 98 % of the set value

All technical data are specified for units with standard equipment at an ambient temperature of +25 °C and a voltage fluctuation of ±10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

70 | Incubators

Options/accessories

Access ports

With silicon plugs for inserting external measuring devices into the chamber.

Access ports with 10, 30, 50 mm (0.4, 1.2, 2 inch) diameter.

Data Logger Kit

The new BINDER Data Logger kits for temperature can record temperature

data of BINDER equipment. This finely tuned product solution also contains

useful accessories for mounting the Logger on the BINDER unit, including

cable bushings and a sensor mounting bracket.

BD / BF

BD / BF

Analog output

For temperature 4 - 20 mA with 6-pin DIN socket (adjustable output).

BD / BF

Incubators | 71

Access ports with silicone plugs in various sizes and positions

Rack, chrome-plated

Reinforced rack, stainless steel

Shelf, perforated, stainless steel

Door lock

Switchable waterproof interior socket 230 V AC

Over temperature alarm, audible

Additional PT 100 temperature sensor, flexibly installed, with external connection, including

DIN connector (6-pin)

Temperature measurement acc. to DIN 12880

Factory calibration certificate

Extension to factory calibration certificate

Anti-slip rubber pads for safe stacking (1 set of 4 pieces)

Data Logger Kit and Software

Castors c Option u standard - not available c c c

c c

BD BF c c c c

23 53 115 240 400 720 53 115 240 400 720 c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c c

c c c c c

c c c c c

c c c c c

c c c c c c c u c c c

c c c c c

c c c c c

c c c c c

c c c c c c c u

72 | Incubators

KB series:

Refrigerated incubators with program controller

KB is the all-rounder for microorganisms. With its wide range of individual programming functions, including a realtime clock function and an enormous temperature span from -5 °C to 100 °C, it can be used for a broad range of sophisticated applications in laboratories – with minimal dehumidification of specimens and impressive extra performance. The APT.line™ with its electronically controlled preheating chamber ensures rapid recovery times and maximum precision, unaffected by the ambient temperature.

Model KB 240

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range: -5 °C to 100 °C (9 °F - 212 °F)

KB 23 Benchtop: 0 °C - 100 °C (32 °F - 212 °F)

- MP controller with 2 programs with 10 sections each, alternatively switchable to 1 program with 20 sections

- The time interval of single program sections can be adjusted up to a maximum of

99:59 hours or 999:59 hours. This adjustment applies to all program sections.

- Adjustable ramp function via program editor

- Integrated week program timer with real time function

- Digital temperature setting with an accuracy of a tenth of a degree

- Adjustable fan speed

- Elapsed time indicator

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880) with visual and acoustic alarm

- Inner glass door

- RS 422 interface for communication software APT-COM™ DataControlSystem, or switch over to printer output with RS 232 / RS 422 interface converter

- Adjustable intervals for printer

- Units up to 115 liters (4.1 cu.ft) are stackable

- 2 stainless steel racks

- BINDER test certificate

Model KB 53

Incubators | 73

Technical specification KB series

u

Exterior dimensions

Width (mm/inch)

Height (incl. castors) (mm/inch)

Depth (mm/inch) including door handle, I-panel, connection (mm/inch)

Wall clearance rear (minimum) (spacer) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors

Quantity of inner glass doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.) u

Temperature data

Temperature range (°C/°F) 1)

Temperature variation max. (± K) at 4°C / 39.2°F (± K) at 37°C / 98.6°F (± K)

Temperature fluctuation max. (± K)

Recovery time

2)

after door was open for 30 sec at 4°C / 39.2°F (min) at 37°C / 98.6°F (min) u Electrical Data KB

Housing protection acc. to EN 60529

Nominal voltage (+/-10%) 50/60 Hz (V)

Energy consumption

3)

at 37°C / 98.6°F (W)

Noise level (dB (A))

222/8.74

330/12.99

277/10.91

20/0.71

2/3

10/22

25/55

44/97

0 - 100/

32.0 - 212.0

0.7

0.3

0.2

5

2

IP 20

230

60

47

KB 23

433/17.05

618/24.33

516/20.31

580/22.83

100/3.94

100/3.94

36/1.27

1

1

KB 53

634/24.96

837/32.95

576/22.68

640/25.20

100/3.94

160/6.30

77/2.72

1

1

400/15.75

400/15.75

330/12.99

53/1.87

2/4

15/33

40/88

72/159

KB 115

834/32.83

1022/40.24

646/25.43

710/27.95

100/3.94

160/6.30

158/5.58

1

1

600/23.62

480/18.90

400/15.75

115/4.06

2/5

20/44

50/110

105/232

-5 - 100/

23.0 - 212.0

0.6

0.3

0.1

4

1

-5 - 100/

23.0 - 212.0

0.4

0.2

0.1

5

1

IP 20

230

215

47

IP 20

230

115

47

KB 240

925/36.42

1460/57.48

800/31.50

850/33.46

100/3.94

100/3.94

348/12.30

1

1

650/25.59

785/30.91

485/19.09

247/8.73

2/9

30/66

100/221

170/375

-5 - 100/

23.0 - 212.0

0.2

0.2

0.1

16

1

KB 400

925/36.42

1945/76.57

800/31.50

850/33.46

100/3.94

100/3.94

564/19.93

1

1

650/25.59

1270/50.0

485/19.09

400/14.13

2/15

30/66

100/221

220/486

-5 - 100/

23.0 - 212.0

0.4

0.3

0.1

14

3

KB 720

1250/49.2

1925/75.8

887/34.92

939/36.97

100/3.94

100/3.94

918/32.44

2

2

970/38.19

1250/49.21

576/22.68

698/24.66

2/15

45/99

150/331

309/682

-5 - 100/

23.0 - 212.0

0.2

0.2

0.1

12

2

IP 20

200-240 1N~

260

52

IP 20

200-240 1N~

420

53

IP 20

200-240 1N~

510

53

1) Lower values are valid up to an ambient temperature of max. 25°C / 77°F.

2) up to 98 % of the set value

3) These energy consumption values can be used upon calculation of air conditioning systems.

The useable interior height depends on the position of racks.

All technical data are specified for units with standard equipment at an ambient temperature of 25 °C / 77 °F and a mains voltage fluctuation of ±10 %. The temperature data is determined in accordance to factory standard following DIN 12880, observing the recommended wall clearances of 10 % of the height, width, and depth of the inner chamber. Technical data refers to 100 % fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

74 | Incubators

Options/accessories KB

Access ports

With silicon plugs for inserting external measuring devices into the chamber.

Access ports with 10, 30, 50 mm (0.4, 1.2, 2 inch) diameter.

KB

Waterproof interior power socket in the inner chamber

Connected to the main switch. To connect ancillary equipment inside the

chamber.

KB

Data Logger Kit

The new BINDER Data Logger kits for temperature can record temperature data of BINDER equipment. This finely tuned product solution also contains useful accessories for mounting the Logger on the BINDER unit, including cable bushings and a sensor mounting bracket.

KB

Calibration certificates

Measurement in the center at specified values. Additional measuring points

or test values according to your specification.

Operational data documentation: APT-COM™ DataControlSystem

The only standard software that guarantees seamless documentation of all testing

parameters in compliance with standards. Can be fully validated in accordance with

GLP/GMP and FDA 21 CFR Part 11.

KB

KB

Access ports with silicone plugs in various sizes and positions

Rack, chrome-plated

Reinforced rack, stainless steel, with 1 set of securing elements (1 set of 4 pieces)

Shelf, perforated, stainless steel

Vibration compatible shelf / platform (positioned at bottom level) to be mounted inside the chamber for shaker / spinner / roller operation

Additional PT 100 temperature sensor, flexibly installed, with external connection, including DIN connector (6-pin)

Ethernet interface for communication software APT-COM™ DataControlSystem

Door lock

Anti-slip rubber pads for safe stacking (1 set of 4 pieces)

Temperature safety device, class 3.3 (DIN 12880) with visual alarm

Switchable waterproof interior socket 230 V AC

Analog temperature output, 4-20 mA, with 6-pin DIN socket

Zero-voltage relay outputs accessible via 6-pin DIN socket

Data Logger Kit and Logger Software

Temperature measurement acc. to DIN 12880

Factory calibration certificate

Extension to factory calibration certificate

4 castors c option u standard - not available c c c

c c c c c c

c c c

c

23 c

c

c

53 c c c c c

c c c c c c

c c

KB

115 c c

c c c c c

c c c c c c

c c c c c c c u c c c c c

c

240 c c c c c c c c c c u c c c c c

c

720 c c c c c c c c c c u c c c c c

c

400 c c c c c

Incubators | 75

76 | Constant climate chambers

Constant climate chambers | 77

KBF | KBF P

KBF

LIGHT QUANTUM CONTROL

The single-source solution for stability testing

Our test chambers for constant climatic conditions will provide consistently constant temperature and humidity values for long-term testing. Using the integrated optional lighting system, our equipment represents an absolutely reliable single-source solution for performing stability tests in one chamber. The KBF series is ideally suited for work in accordance with ICH guidelines. The advanced humidification system will operate irrespective of the type of water supply. BINDER test chambers for constant climatic conditions represents a cost-effective alternative for a wide variety of applications.

Pharma – Testing of packaging

Pharmaceuticals manufacturing

Shelf life tests in Food & Beverage

78 | Constant climate chambers

BINDER Constant climate chambers

Facts you should know:

Homogenous temperature and humidity values

The APT.line

TM

Technology in combination with the unique triple-action sealing system which incorporates an internal glass door plus independently controlled door heating guarantees precise and stable temperature and humidity values within a spatial precision environment. The pressurized steam humidification system provides dynamic, high precision humidity control. A low-maintenance capacitive sensor ensures precise humidity measurement.

KBF/KBF P/KBF LQC

Highly flexible water sources

An easy to use and flexible water purification system extends maintenance intervals; a system that will work irrespective of water quality in any location.

The KBF will operate with different water systems, such as

- BINDER Pure Aqua Service

- demineralized water

KBF/KBF P/KBF LQC

Compliance with standards

Our test chambers for constant climatic conditions comply with the most important international ICH guidelines.

- KBF ICH/LQC series + ICH Q1B, option 2/ICH Q1A (R2)

- KBF series - ICH Q1A (R2)

Our FDA-compliant APT-COM

TM

DataControlSystem software for reproducible documentation of all test parameters.

KBF/KBF P/KBF LQC

Homogenous light distribution

For this application, the KBF P/LQC with its unique lighting design facilitates temperature-stable testing of the active substances. Light cartridges suitable for variable positioning with a patented synergy light for homogenous light distribution in accordance with ICH Q1B guideline, option 2.

KBF/KBF P/KBF LQC

Constant climate chambers | 79

Precise light measurement

In the KBF LQC, the BINDER Light Quantum Control spherical sensors ensure non-directional measurement, directly at the sample location, for precise determination of lighting parameters. As soon as the required light level has been reached, the respective light source is switched off automatically.

KBF/KBF P/KBF LQC

Centralized supervision through the APT-COM™

DataControlSystem

With the APT-COM™ DataControlSystem, a network of up to 30 units can be fully automatically monitored from a central station to ensure compliance with test parameters. Malfunctions are reported automatically. Integrated remote control is used to change any parameters as needed.

KBF/KBF P/KBF LQC

80 | Constant climate chambers

KBF series:

Constant climate chambers

The KBF series was particularly designed for absolutely reliable stability tests and precise maintenance of constant climatic conditions. It naturally also complies with all applicable guidelines such as ICH, FDA, GMP and GLP. With respect to programming and documentation requirements; with its large reserve capacity and many optional features the BINDER KBF is designed to meet future challenges for many years to come.

Model KBF 240

VE

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range: 0 °C to 70 °C (32 °F to 158 °F) (without humidity),

10 °C to 70 °C (50 °F to 158 °F) (with humidity)

- Humidity range: 10 % - 80 % RH

- MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments

- User-friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Electronically controlled humidification and dehumidification system with capacitive humidity sensor

- Suitable for stability tests in accordance with the ICH guideline Q1A (R2)

- Inner glass door with sealing

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880) with optical and acoustic alarm

- Access port with silicone plug, Ø 30 mm (1.2 inch), left side

- Complete safety connection kit for water supply (up to 1 m / 3.3 ft) height

- Ethernet interface for communication software APT-COM™ DataControlSystem

- 2 stainless steel racks

- BINDER test certificate

Model KBF 720

Constant climate chambers | 81

Technical data KBF series

u Exterior dimensions

Width (mm/inch)

Height (incl. feet/castors) (mm/inch)

Depth (mm/inch) including door handle, I-triangle, connection (mm/inch)

Wall clearance rear (minimum) (spacer) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors

Quantity of inner glass doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.) u Temperature data (without humidity)

Temperature range (°C/°F)

Temperature variation at 25°C / 77°F (± K)

Temperature variation at 40°C / 104°F (± K)

Temperature fluctuation (± K)

Max. heat compensation up to 40°C / 104°F (W) u Climatic data (with humidity)

Temperature range (°C/°F)

Temperature uniformity at 25°C / 77°F and 60% r.H. (± K) at 40°C / 104°F and 75% r.H (± K)

Temperature fluctuation at 25°C / 77°F and 60% r.H. (± K) at 40°C / 104°F and 75% r.H. (± K)

Humidity range (% r.H.)

Humidity fluctuation at 25°C / 77°F and 60% r.H. (± % r.H.) at 40°C / 104°F and 75% r.H. (± % r.H.)

Recovery time after doors were open for 30 sec at 25°C / 77°F and 60% r.H.

at 40°C / 104°F and 75% r.H.

u Electrical data KBF

Nominal voltage (+/-10%) 50/60 Hz (V)

Nominal power (kW)

Energy consumption

1)

at 40°C / 104°F / 75 % r.H. (W)

Noise level approx. (dB (A))

KBF 115

880/34.65

1048/41.26

699/27.52

100/3.94

100/3.94

155/5.48

1

1

600/23.62

482/18.98

351/13.82

101/3.57

2/6

30/66

100/221

129/285

0-70/32-158

0.2

0.2

0.2

200

10-70/50-158

0.2

0.2

0.1

0.1

10-80

2

2

15

8

200-240 1N~

2.0

470

52

KBF 240

925/36.42

1460/57.48

850/33.46

100/3.94

100/3.94

348/12.30

1

1

650/25.59

785/30.91

485/19.09

247/8.73

2/9

30/66

100/221

184/406

0-70/32-158

0.2

0.3

0.1

300

KBF 720

1249/49.17

1924/75.75

939/36.97

100/3.94

100/3.94

918/32.44

2

2

970/38.19

1250/49.21

576/22.68

698/24.66

2/15

45/99

150/331

315/695

0-70/32-158

0.2

0.2

0.1

600

10-70/50-158

0.3

0.3

0.1

0.1

10-80

1.5

1.5

4

5

10-70/50-158

0.2

0.2

0.1

0.1

10-80

1.5

1.5

2

6

200-240 1N~

2.1

650

52

200-240 1N~

3.1

620

53

Temperature – Humidity chart without light

Feuchte % RF

B

A

Temperatur °C

A: Standard Climate range

B: Discontinuous range

We recommend the BINDER

Pure Aqua Service for longer maintenance intervals, regardless of water quality.

Demineralized or deionized water

VE available at the customer’s location.

1)

These energy consumption values can be used upon calculation of air conditioning systems.

All technical data are specified for units with standard equipment at an ambient temperature of 25°C / 77°F and a voltage fluctuation of 10%. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. Technical data refers to 100% fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

82 | Constant climate chambers

KBF P series:

Constant climate chambers with ICH-compliant illumination

Specialized equipment for photostability tests. In terms of compliance with standards, performance, and functionality, the KBF P with its added ICH compliant lighting system is a sophisticated addition to our KBF series.This lighting provides unambiguous, convincing test results according to ICH guideline Q1B, option 2. Light cartridges for the unique BINDER Q1B Synergy Light can be positioned at various locations to ensure homogenous lighting conditions throughout the testing space.

Model KBF P 240

VE

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Variable positioned illumination cassettes with BINDER Q1B Synergy Light

TM

- Temperature range: 0 °C to 70 °C (32 °F to 158 °F) (without humidity),

10 °C to 60 °C (50 °F to 140°F) (with humidity)

- Humidity range: 10 % - 80 % RH

- MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments

- User-friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Electronically controlled humidification and dehumidification system with capacitive humidity sensor

- Suitable for stability tests in accordance with the ICH guideline Q1A (R2)

- Inner glass door with sealing

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880) with optical and acoustic alarm

- Access port with silicone plug, Ø 30 mm (1.2 inch), left side

- Complete safety connection kit for water supply (up to 1 m / 3.3 ft height)

- Ethernet interface for communication software APT-COM™ DataControlSystem

- 2 stainless steel racks

- BINDER test certificate

Model KBF P 720

Constant climate chambers | 83

Technical data KBF P series

u Exterior dimensions

Width (mm/inch)

Height (incl. castors) (mm/inch)

Depth (mm/inch) including door handle, I-triangle, connection

(mm/inch)

Wall clearance rear (minimum) (spacer) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Number of doors

Number of inner glass doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Number of racks (standard/max.)

Number of light cassettes

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.) u Temperature data (without humidity)

Temperature range without light cassettes (°C/°F)

Temperature range with light cassettes, with illumination (°C/°F)

KBF P 240

925/36.42

1460/57.48

850/33.46

100/3.94

100/3.94

348/12.30

1

1

650/25.59

785/30.91

485/19.09

247/8.73

2/7

2

30/66

100/221

213/470

KBF P 720

1249/49.17

1924/75.75

939/36.97

100/3.94

100/3.94

918/32.44

2

2

970/38.19

1250/49.21

576/22.68

698/24.66

3/12

3

45/99

150/331

374/826

0-70/32-158

10-60/50-140

0-70/32-158

10-60/50-140 u Climatic data (with humidity)

Temperature range without light cassettes (°C/°F)

Temperature range with light cassettes, with illumination (°C/°F)

Humidity range without light cassettes (% r.H.)

Humidity range with light cassettes, with illumination (°C/°F)

10-70/50-158

10-60/50-140

10-80

10-75

10-70/50-158

10-60/50-140

10-80

20-75 u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10%) 50/60 Hz (V)

IP 20

200-240 1N~

IP 20

200-240 1N~

Detailed technical data at www.binder-world.com

We recommend the BINDER Pure Aqua Service for longer maintenance intervals, regardless of water quality.

Demineralized or deionized water available at the customer’s location.

All technical data are specified for units with standard equipment at an ambient temperature of 25°C / 77°F and a voltage fluctuation of

±

10%. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. Technical data refers to 100% fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

84 | Constant climate chambers

KBF series LQC:

Constant climate chambers with intelligent light measurement

The extra feature of the KBF LQC series is light measurement, a patented enhancement for photostability tests.

Two spherical 3-D sensors record the lighting strength and UV light intensity at the sample location more realis- tically than any other system. The light sources automatically switch off when the desired light exposure is reached. This easy solution offers absolute compliance with standards.

Model KBF LQC 240

VE

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Variable positioned illumination cassettes with BINDER Q1B Synergy Light

TM

- Light Quantum Control – LQC,

- Temperature range: 0 °C to 70 °C (32 °F to 158 °F) (without humidity),

10 °C to 60 °C (50 °F to 140 °F) (with humidity)

- Humidity range: 10 % - 80 % RH

- MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments

- User-friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Electronically controlled humidification and dehumidification system with capacitive humidity sensor

- Suitable for stability tests in accordance with the ICH guideline Q1A (R2)

- Inner glass door with sealing

- Independent adjustable temperature safety device, Class 3.1 (DIN 12880) with optical and acoustic alarm

- Access port with silicone plug, Ø 30 mm (1.2 inch), left side

- Complete safety connection kit for water supply (up to 1 m / 3.3 ft) height

- Ethernet interface for communication software APT-COM™ DataControlSystem

- 2 stainless steel racks

- BINDER test certificate

Model KBF LQC 720

Constant climate chambers | 85

Technical data KBF LQC series

u Exterior dimensions

Width (mm/inch)

Height (incl. castors) (mm/inch)

Depth (mm/inch) including door handle, I-triangle, connection

(mm/inch)

Wall clearance rear (minimum) (spacer) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Number of doors

Number of inner glass doors

KBF LQC 240 KBF LQC 720

925/36.42

1460/57.48

850/33.46

100/3.94

100/3.94

348/12.30

1

1

1249/49.17

1924/75.75

939/36.97

100/3.94

100/3.94

918/32.44

2

2 u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Number of racks (standard/max.)

Number of light cassettes

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.) u Temperature data (without humidity)

Temperature range without light cassettes (°C/°F)

Temperature range with light cassettes, with illumination (°C/°F) u Climatic data (with humidity)

Temperature range without light cassettes (°C/°F)

Temperature range with light cassettes, with illumination (°C/°F)

Humidity range without light cassettes (% r.H.)

Humidity range with light cassettes, with illumination (°C/°F)

650/25.59

785/30.91

485/19.09

247/8.73

2/7

2

30/66

100/221

213/470

0-70/32-158

10-60/50-140

10-70/50-158

10-60/50-140

10-80

10-75

970/38.19

1250/49.21

576/22.68

698/24.66

3/12

3

45/99

150/331

374/826

0-70/32-158

10-60/50-140

10-70/50-158

10-60/50-140

10-80

20-75 u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10%) 50/60 Hz (V)

IP 20

200-240 1N~

IP 20

200-240 1N~

Detailed technical data at www.binder-world.com

We recommend the BINDER Pure Aqua Service for longer maintenance intervals, regardless of water quality.

Demineralized or deionized water available at the customer’s location.

All technical data are specified for units with standard equipment at an ambient temperature of 25°C / 77°F and a voltage fluctuation of

±

10%. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. Technical data refers to 100% fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

86 | Constant climate chambers

Options/accessories

BINDER Data Logger KIT

The BINDER Data Logger kits can record temperature and humidity data of

BINDER equipment. This finely tuned product solution also contains useful accessories for mounting the Logger on the BINDER unit, including cable bushings and a sensor mounting bracket.

BINDER PURE AQUA SERVICE

A convenient and adaptable water purification system, suitable for direct connection to the potable water supply. Your equipment can therefore be operated irrespective of water quality.

KBF/KFB P/KBF LQC

External fresh water supply set

The “Backpack” consists of fresh and waste water canister, cabling and pump.

It will work in any location.

KBF/KFB P/KBF LQC

Access ports

With silicon plugs for inserting external measuring devices into the chamber.

Access ports with 10, 30, 50, 100 mm diameter.

KBF/KFB P/KBF LQC

KBF/KFB P/KBF LQC

APT-COM™ DataControlSystem GLP Edition

Software for GLP-compliant control, programming, and documentation. Permits networking of up to 30 units or controllers and complies with all FDA 21 CFR

Part 11 requirements

KBF/KFB P/KBF LQC

Constant climate chambers | 87

Calibration certificates

The measurement is performed in the center of the working space at specified test values. Depending on the requirement, additional measuring points or test values can be defined.

KBF/KFB P/KBF LQC

Access port with silicone plugs

Rack, stainless steel

Perforated shelf, stainless steel

Reinforced rack, stainless steel, with 1 set of securing elements

Keyboard lock

Interior lighting

Replacement set illumination tubes

Additional PT 100 temperature sensor

RS 422 interface

External water supply set

BINDER PURE AQUA SERVICE

Factory calibration certificate

Extension to factory calibration certificate

Measurement of air change rate according to ASTM D5374, with definition and protocol according

Data Logger Kit and Logger software

Temperature measurement acc. to DIN 12880

Analog temperature output, 4-20 mA, with 6-pin DIN socket

Zero-voltage relay outputs accessible via 6-pin DIN socket

Switchable waterproof interior socket

Door lock

Castors c c c

c c c c

KBF c c c

c c c c c c

115 240 720 240 c c c c c c c c c c c c c c c

c c c c c c c c c

c c c c c c c c c c c

c c c c

KBF P c c c c c c

720 c c c c c

c c c c c c u c c c c c c c u c c c c c

c u c c c c c

c u c c c c c

c u c c

KBF LQC c c c c c c

240 c c c c c

c c c c c c c

720 c c c c c

c c c c

c u c c c option - not available u standard

88 | Climatic test chambers with special lighting

Climatic test chambers with special lighting | 89

KBW|KBWF

In vitro as good as in vivo

Better than Mother Nature: BINDER climatic test chambers offer the outstanding feature of homogeneous lighting conditions combined with constant temperature and humidity conditions. With its quick-response humidification system, powerful cooling, and equal light distribution, APT.lineTM pre-heating chamber technology ensures optimal growth conditions. When supplemented with our comprehensive product portfolio, the KBW and KBWF series is a reliable partner for a wide range of applications.

Plant reproduction (in vitro) Insect breeding

Food testing

90 | Climatic test chambers with special lighting

BINDER climatic test chambers with special lighting

Facts you should know:

Constant temperature and humidity

1. Extremely precise temperature and humidity

APT.line™ – Absolute precision from:

- KBW: Temperature range 5 °C (41 °F) up to 60 °C (140 ºF)

- KBWF: Temperature range 10 °C (50°F) up to 60°C (140 °F)

The electronically controlled APT.line™-preheating chamber technology guarantees homogeneous climate conditions in the entire interior by supplying optimal airflow throughout the chamber.

2. Effective cooling

The powerful cooling system compensates for the thermal influence of light and ensures reliable test results, regardless of ambient temperatures.

3. Electronically controlled humidification and dehumidification system

Pressurized steam humidification guarantees dynamic, precisely regulated humidity. The maintenance-free capacitive sensor ensures precise humidity measurement.

KBW/KBWF

KBWF

Homogeneous light distribution

The light cartridges can be variably positioned in different insertion levels.

Individual placement means that samples of different sizes can be placed in the cabinet. We offer different light spectrums depending upon test requirements.

Highly flexible water sources

An easy to use and flexible water purification system extends maintenance intervals; a system that will work irrespective of water quality in any location.

The KBWF will operate with different water systems, such as

- BINDER Pure Aqua Service

- demineralized water

KBW/KBWF

KBWF

Outstanding standard features

- Castors

- Double outer door seal

- Software interface

- Inner glass door

- Ø 30 mm (1.18 inch) access ports

KBW/KBWF

Climatic test chambers with special lighting | 91

Compliance with standards at the highest level

We know that your jobs have to comply with the strictest standards and guidelines.

BINDER can significantly reduce the time and effort needed for equipment qualification.

We provide customized calibration certificates, IQ/OQ qualification documents, and

assist with validation on site.

KBW/KBWF

BINDER test certificate: Your guarantee for top quality

Our equipment is tested meticulously. Each unit is re-inspected by Quality

Control prior to delivery and calibrated to our factory standard. We also supply a free test certificate as quality confirmation.

KBW/KBWF

92 | Climatic test chambers with special lighting

KBW series:

Climatic test chambers with special lighting

Precision combined with maximum dynamics. KBW exceeds any requirements with respect to optimal lighting and temperature conditions for exactly defined culture processes. Extremely short reaction times keep all growth parameters in equilibrium – natural simulation as never before. Handling is truly enhanced by the integrated week program timer in the controller.

Model KBW 400

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber technology

- Temperature range: 0 °C to 70 °C (32 °F to 158 °F) without illumination

- Temperature range: 5 °C to 60 °C (41 °F to 140 °F) with illumination

- Variable positioned illumination cassettes with daylight illumination tubes, each, in steps switchable

- MP controller with 2 programs with 10 sections each, alternatively switchable to 1 program with 20 sections

- Integrated week program timer with real time function

- Adjustable ramp functions via program editor

- Digital temperature setting with an accuracy of a tenth of a degree

- Elapsed time indicator

- Access port Ø 30 mm (1.18 inch), left side

- Inner glass door

- Independent adjustable temperature safety device class 3.1, providing full protection against chamber over-temperature, with visual and audible temperature alarm

- RS 422 interface for communication software APT-COM™ DataControlSystem

- 3 stainless steel racks included

- BINDER test certificate

Model KBW 720

Climatic test chambers with special lighting | 93

Technical specification KBW series

u Exterior dimensions

Width (mm/inch)

Height (incl. castors) (mm/inch)

Depth (mm/inch) including door handle, I-panel, connection (mm/inch)

Wall clearance rear (minimum) (spacers) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Quantity of doors

Quantity of inner glass doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Quantity of racks (standard/max.)

Quantity of light cassettes (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.)

KBW 240

925/36.42

1460/57.48

800/31.50

850/33.46

100/3.94

100/3.94

348/12.30

1

1

650/25.59

785/30.91

485/19.09

247/8.73

2/7

2

30/66

100/221

202/446 u Temperature data without illumination

Temperature range (°C/°F)

Temperature uniformity (± K)

Temperature fluctuation (± K) u Temperature data with 100% light intensity

Temperature range (°C/°F)

Temperature uniformity (± K)

Temperature fluctuation (± K)

Max. heat compensation up to 40°C/104°F (W) u Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10%) 50/60 Hz (V)

Nominal power (kW)

Energy consumption at 0°C / 32°F (W)

1) with 100% light intensity at 25°C / 77°F (W)

1) with 100% light intensity at 37°C / 98.6°F (W)

1)

0 - 70/32 - 158

0.5

0.1

5 - 60/41 - 140

0.5

0.1

250

IP 20

200-240 1N~

1.4

360

495

525

KBW 400

925/36.42

1945/76.57

800/31.50

850/33.46

100/3.94

100/3.94

564/19.93

1

1

650/25.59

1270/50.00

485/19.09

400/14.13

3/12

3

30/66

120/265

267/589

0 - 70/32 - 158

0.5

0.1

5 - 60/41 - 140

1.5

0.1

450

IP 20

200-240 1N~

1.6

405

660

705

KBW 720

1249/49.17

1924/75.75

887/34.92

939/36.97

100/3.94

100/3.94

918/32.44

2

2

970/38.19

1250/49.21

576/22.68

698/24.66

3/12

3

45/99

150/331

377/832

0 - 70/32 - 158

0.5

0.1

5 - 60/41 - 140

1

0.1

500

IP 20

200-240 1N~

2.7

455

820

885

1)

These energy consumption values can be used upon calculation of air conditioning systems.

All technical data is specified for units with standard equipment at an ambient temperature of 25 °C / 77 °F and a mains voltage fluctuation of ±10 %.

The temperature data is determined in accordance to factory standard following DIN 12880, respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. Technical data refers to 100 % fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

94 | Climatic test chambers with special lighting

KBWF series:

Climatic test chambers with special lighting and humidity

Making use of the multifaceted programming options, we achieve perfect interaction between heat or cold, humidity and light. This wide climatic range can simulate any climatic condition precisely and constant over extended periods of time, including homgeneous lighting conditions and day-night simulation.

Model KBWF 240

Performance features and equipment:

- Electronically controlled APT.line™ preheating chamber assuring temperature accuracy and reproducible results

- Temperature range 0 °C to 70 °C (32 °F to 158 °F) (without illumination and humidity),

- Temperature range 10 °C to 60 °C (50 °F to 140 °F) (with illumination and humidity)

- Humidity range: without illumination cassette: 10 % - 80 % RF

- Humidity range: with illumination cassette: 10 % - 75 % RF

- Variable positionable illumination cassettes with 5 daylight fluorescent illumination tubes

- MCS controller with 25 storable programs of 100 sections each for a maximum of 500 program segments, for programming of day and night cycles

- Features:

- User friendly LCD screen

- Easy-to-read menu guide

- Integrated electronic chart recorder

- Variety of options for the graphic display of process parameters

- Real-time clock

- Controlled humidification and dehumidification system with capacitive humidity sensor

- Independent adjustable temperature safety device class 3.1, providing full protection against chamber overtemperature, with visual and audible temperature alarm

- Access port Ø 30 mm (1.18 inch), left side

- Inner glass door with sealing

- Complete safety connection kit for water supply and drainage (up to 1 m / 3.3 ft height)

- RS 422 interface for use with optional GMP/GLP and FDA guideline 21 CFR Part 11 compliant APT-COM™

DataControlSystem software

- 2 stainless steel racks included

- BINDER test certificate

Model KBWF 720

Technical specification KBWF series

Climatic test chambers with special lighting | 95

u Exterior dimensions

Width (mm/inch)

Height (incl. castors) (mm/inch)

Depth (mm/inch) including door handle, I-triangle, connection (mm/inch)

Wall clearance rear (minimum) (spacer) (mm/inch)

Wall clearance side (minimum) (mm/inch)

Steam space volume (l/cu.ft.)

Number of doors

Number of inner glass doors u Interior dimensions

Width (mm/inch)

Height (mm/inch)

Depth (mm/inch)

Interior volume (l/cu.ft.)

Number of racks (standard/max.)

Load per rack (kg/lbs.)

Permitted total load (kg/lbs.)

Weight (empty) (kg/lbs.)

Number of light cassettes u Temperature data

Temperature range without light cassettes

1)

(°C/°F)

Temperature range with light cassettes, with illumination

1)

(°C/°F)

KBWF 240

925/36.42

1460/57.48

800/31.50

850/33.46

100/3.94

100/3.94

348/12.30

1

1

650/25.59

785/30.91

485/19.09

247/8.73

2/7

30/66

100/221

214/472

2

KBWF 720

1249/49.17

1924/75.75

887/34.92

939/36.97

100/3.94

100/3.94

918/32.44

2

2

970/38.19

1250/49.21

576/22.68

698/24.66

3/12

45/99

150/331

374/826

3

0-70/32-158

10-60/50-140

0-70/32-158

10-60/50-140 u Climatic data (with humidity)

Temperature range without light cassettes 1) (°C/°F)

Temperature range with light cassettes, with illumination

1)

(°C/°F)

Humidity range without light cassettes (% r.H.)

Humidity range with light cassettes, with illumination 1) (% r.H.) u

Electrical data

Housing protection acc. to EN 60529

Nominal voltage (±10%) 50/60 Hz (V)

10-70/50-158

10-60/50-140

10-80

10-75

IP 20

200-240 1N~

10-70/50-158

10-60/50-140

10-80

20-75

IP 20

200-240 1N~

Detailed technical data at www.binder-world.com

We recommend the BINDER Pure Aqua Service for longer maintenance intervals, regardless of water quality.

Demineralized or deionized water available at the customer’s location.

All technical data are specified for units with standard equipment at an ambient temperature of 25 °C /77 °F and a voltage fluctuation of ± 10 %. The temperature data are determinated in accordance to factory standard following DIN 12880 respecting the recommended wall clearances of 10 % of the height, width and depth of the inner chamber. Technical data refers to 100 % fan speed. All indications are average values, typical for units produced in series. We reserve the right to alter technical specifications at all times.

96 | Climatic test chambers with special lighting

Options/accessories

BINDER Data Logger KIT

The BINDER Data Logger kits can record temperature and humidity data of BINDER equipment.

This finely tuned product solution also contains useful accessories for mounting the Logger on

the BINDER unit, including cable bushings and a sensor mounting bracket.

Access ports

With silicon plugs for inserting external measuring devices into the chamber.

Access ports with 10, 30, 50, 100 mm diameter.

KBW / KBWF

KBW / KBWF

BINDER PURE AQUA SERVICE

A convenient and adaptable water purification system, suitable for direct connection to the potable water supply. Your equipment can therefore be operated irrespective of water quality.

KBWF

External fresh water supply set

The “Backpack” consists of fresh and waste water canister, cabling and pump. It will work in any location.

KBWF

Centralized supervision through the APT-COM™ DataControlSystem

With the APT-COM™ DataControlSystem, a network of up to 30 units can be fully automatically

monitored from a central station to ensure compliance with test parameters. Malfunctions are reported automatically. Integrated remote control is used to change any parameters as needed.

KBW / KBWF

Climatic test chambers with special lighting | 97

Calibration certificates

The measurement is performed in the center of the working space at specified test values.

Depending on the requirement, additional measuring points or test values can be defined.

KBW / KBWF

Different illumination

- Growth lamps Fluora

®

light color 77

- Arabidopsis lamps light color 741

KBW / KBWF

Rack, stainless steel

Shelf, perforated, stainless steel

Reinforced rack, stainless steel, with 1 set of securing elements

Access ports with silicone plug

Additional PT 100 temperature sensor, flexibly installed

Ethernet interface

Temperature precision measurement according to DIN 12880

Temperature precision measurement according to DIN 12880 and 9-point humidity

Factory calibration certificate

Extension to factory calibration certificate

Data Logger Kit and software

Temperature safety device, class 3.3 (DIN 12880) with visual alarm

4-20 mA analog output for temperature and humidity

Zero voltage relay output

Potential free alarm outputs for temperature and humidity

FLUORA

®

– growth lamps

Arabidopsis fluorescent tubes

Replacement set of standard daylight illumination tubes

Replacement set of FLUORA

®

illumination tubes

Replacement set of Arabidopsis illumination tubes

Door lock

External fresh supply set

BINDER PURE AQUA SERVICE

Castors c Option - not available u standard

KBW c c

c c

400 c c c c c c c c c

c c

-

u c c c c c c

c c

240 c c c c c c c c c

c c

-

u c c c c c c

c c

720 c c c c c c c c c

c c

-

u c c c c c c

-

-

c

-

c u

240 c c c c

c

c c c c c c

KBWF

720 c c c c

c

c c c c c c c c

-

-

c

-

c u

98 | Communication software

Communication software | 99

APT-COM™

APT-COM

DataControlSystem

Working in compliance with standards always requires excellent documentation. FDA guidelines 21 CFR 11

(Code of Federal Regulations No. 21, FDA April 2000) have now precisely specified requirements for electronic documentation, and these requirements are internationally binding. APT-COM™ 3 GLP Edition was originally developed especially for GLP and/or GMP-compliant work in the pharmaceutical industry. This resulted in standard software with a uniquely universal capability: Users can easily achieve process safety and data security in accordance with the guideline 21 CFR 11, as well as validation of the entire system using standard features.

Easy. Cutting edge.

The system, which consists of software in three different editions and the connected equipment, offers features that are needed for tasks ranging from the simplest measurements to guideline-compliant work: Seamless monitoring of processes and documentation of process data. Documentation is automatically generated in electronic format and as hard copy. This produces guideline-compliant documentation without extra effort, just like having a tailor-made suit for every PC user. Easy to use for a broad range of applications, up to and including GLP/GMP-compliant laboratory applications.

100 | Communication software

APT-COM™ DataControlSystem

CoNTRoL AND DoCumeNTATIoN SySTem

Performance potential in 3 classes

The motto here is not “as much as possible”, but rather “as much as necessary”. This has less to do with the ever-present pressure to reduce costs, and much more to do with the fact that processes today have to be as efficient as possible to achieve the best results. This includes a software sys tem that can meet the individual requirements of a multitude of different tests and users, all while maintaining optimal adaptability.

This is the reason why we developed three different comprehensive versions of the APT-COM™ software:

- BASIC permits remote adjustment of test parameters for the connected equipment, graphic interface programming, and manual documentation of your data.

- STANDARD links up several units within a network and provides automatic documentation if required.

- GLP meets all of the requirements and regulations for the pharmaceutical sector as required by law, including data security and access control (FDA 21 CFR Part 11 complaint).

GLP eDITIoN exAmPLe

Clear presentation of process data

Always up-to-date:

Process data can be constantly accessed everywhere, either locally, by e-mail, or through the

Internet.

Important information always available at a glance:

Making a decision on whether or not a process is running well is easy, thanks to the control console function.

 unsurpassed process safety and security

Tolerance limits for each monitored parameter: No parameter can exceed the specified tolerance limits without setting off an automatic alert. The alert is sent via an intranet, the Internet, as e-mail, or as a phone call to the person responsible.

Access restriction: User IDs and passwords control access to sensitive processes.

Different levels of authorization for system changes ensure proper system administration.

Guideline-compliant data security

(meets the requirements of 21 CFR 11)

Storage of measured data: Protected against manipulation by an encrypted format, access restricted to the author or the administrator.

Backup of measured data: Automatic backup at user-defined time intervals for storage on all available storage media. Backed up information is easy to find thanks to automatic naming of the backup with a timestamp.

Documentation of operator interventions: Complete documentation of any operator interventions, with user ID, timestamp, archived protected against manipulation, and automatic backup of measured data.

Communication software | 101

Time-saving documentation and presentation of results

Generation of measured data on the monitor: Measured data is constantly regenerated from protected raw data and protected against manipulation.

Display of measured data on the internet: Users can access the process sequence with a standard browser on any PC connected to an intranet or the Internet, even without the APT-COM™ software.

Coordinated file archiving: Enables quick and easy display and printing of any past test runs.

Clear printouts: The measured data can be printed out automatically, at adjustable time intervals.

Form fields for comments with respect to the measurements and for authentication ensures correct data assignment and coordination. Signature fields and page numbering provide an easy way to meet documentation requirements with minimum effort.

Control and programming

Remote monitoring of setpoints over great distances:

Equipment isn’t always within close proximity of the workstation. This is why we have provided the option of transmitting process variables to the equipment via PC and reviewing equipment settings.

Graphic program editor:

Facilitates the easy generation of extensive programs, which can be reviewed and transferred to different units. This saves time and increases transparency.

System qualification

Qualification folders with records for IQ and oQ: Customized for the actual equipment and software configuration. Facilitates system validation, enjoys an excellent reputation among auditors, and saves time when implementing systems. Together with equipment qualification, a complete solution that takes full advantage of our experience.

System qualification: Our highly experienced BINDER service technicians supervise the proper commissioning and functionality of the system on site, and document these inspections in IQ/OQ protocols. The documentation of these important qualification steps is a comprehensive, time-saving service to ensure successful qualification.

Always state-of-the-art with updates

Software updates without added costs: It goes without saying that our software is constantly being improved and updated. In addition to adding new equipment models, we also incorporate new guidelines and customer suggestions for improvements. Updates are available for free download from the BINDER website. Qualification documents are available for every version of the software.

102 | BINDER INDIVIDUAL

BINDER INDIVIDUAL | 103

BINDER INDIvIDual

Customized solutions.

Special applications sometimes require a special solution. Stainless steel housing and individual access ports are just the tip of the iceberg. In many cases, special projects require more technical know-how. For example, some customers have particularly heavy specimens that can’t be stored in a conventional chamber, while others need a low-particle design. But no matter what the need, BINDER provides a solution. In countless projects over the years we have found successful solutions for the most diverse applications.

104 | BINDER INDIVIDUAL

BINDER INDIVIDUAL

Providing the customized solutions you need.

Know-how

BINDER INDIVIDUAL is a new name for a proven service. As a manufacturer present in many markets, sectors and applications, BINDER offers you a broad knowledge base gained through years of experience.

Some examples:

- Customized optimization of heat, refrigeration, humidity, light, air, CO

2

, or O

2

- Customized measurement, management, control, switching

supply

- Customized connections, outlets, access ports

- Customized design of parameters (interior chamber)

- Customized integration of accessories (e.g. rollers)

Reasons

Some of the reasons to discuss a customized solution with BINDER:

- To take advantage of know-how transfer through BINDER‘s extensive experience in a wide range of markets

- To create innovative solutions through individual technical consultation

- To implement simple and cost-effective customized solutions

- To optimize company-specific functionality

- To increase ease-of-use through customized designs

- Because an integrated solution is better than an in-house solution produced after the fact

Service

Our technical support team is made up of application specialists, technical consultants, and engineers.

This has the distinct advantage of being able to provide comprehensive services:

- including customized solutions

- professional planning

- full application support

- certified calibration and validation (factory calibration certificate)

- state-of-the-art production

Our Guarantee

All of our components complement each other since they come from a single source. All work meets the requirements of ISO 9001 standards. We also guarantee our customized solutions, and provide an operating manual that covers the additional modifications.

We also guarantee a supply of spare parts for 10 years; all drawings and components for customized solutions have individual identification codes which are archived, in order to ensure that any spare parts for your customized application are provided correctly and promptly.

Drying oven with subdivided interior and hangers in guide rails for tubing

CO

2

incubator with side extension for the rotation mechanism

CO

2

incubator with integrated rotation mechanism

A safety vacuum drying oven for user access from the clean room side only

Integrated drying oven in a conveyor operation

Vacuum drying oven glove box

CO

2

incubator with a 9-compartment inner glass door

Refrigerated incubator with full-view glass door

Refrigerated incubator with additional windows, doors and access ports

Refrigerated incubator with a telescopic tray and bottle holder

Climatic simulation chamber with full-view glass door and manual access openings

CO

2

incubator with potential-free output connections

BINDER INDIVIDUAL | 105

106 | BINDER Service

BINDER Service | 107

Added value with BINDER:

Best service for your success

A BINDER simulation chamber will provide you with the „best conditions for your success“ even after years of operation, because it is supported by the „best service for your success“.

The BINDER Service provides expert advice and offers comprehensive solutions.

A complete market service that distinguishes BINDER from its competitors and guarantees added value to the customer.

108 | BINDER Service

Validation service

Reduce your expenditure in respect of equipment qualification and validation with a BINDER validation package when making your purchase. If you want to play it safe, then use our professional validation service.

Calibration service

By allowing BINDER, as the manufacturer, to calibrate your equipment, you can be sure that all requirements are fulfilled for maximum process safety.

Your BINDER Support: fast, reliable performance on site, qualified calibration certificate, manufacturer‘s test plaque on equipment, maintenance recommendation.

Spare part service

Only by using original spare parts from BINDER is the efficiency of your equipment guaranteed and an unrestricted manufacturer‘s warranty provided. We offer a standard 24 hour delivery service. You can be sure that we will always seek the best solution for you and your equipment.

Repair & Maintenance service

You can rely on the BINDER manufacturer‘s service for repair work or maintenance too. We know the technology, minor modifications and updates best of all and heavily invest in training, diagnostic software and documentation.

Service contracts – Prevention is better than cure.

BINDER offers a first class service with service contracts which are tailor-made to meet your requirements. Inclusive full range of consultancy, updates and exclusive internet service with the benefit of an extended warranty, including, best of all, the option of lifetime cover as part of an manufacturer‘s service.

- Optimum function by preventive maintenance

- Security of constant results through calibration, certificates, etc.

- Discount on spare parts

- Software updates (APT-COM

TM

)

- Response times in accordance with your requirements

- Intensive service support

- Pool contracts

- Extended warranty period

BInDeR International Service organisation

InteRnatIonal SeRVICe

Hotline:

Fax:

E-Mail:

+49 7462 2005 555

+49 7462 2005 93555 [email protected]

USa

Phone:

E-Mail:

Tollfree +1 866 816 8191 [email protected]

BINDER Service | 109

BINDER Product Range

Scientifi c Products

Drying ovens

Heating chambers

Vacuum drying ovens

Incubators

ED | FD

FED

VD | VDL

BD | BF | KB

CO

2

-incubators C | CB

Constant climate chambers KBF | KBF P | KBF LQC

Climatic test chamber with light KBW | KBWF

Temperature test chambers FP | M

Safety drying ovens FDL | MDL

Industrial Products

Heating chambers

Temperature test chambers

Environmental test chambers

Climatic test chamber

FED

FP | M

MK

MKF

Low temperature test chambers MKT

Constant climate chambers

Vacuum drying ovens

Safety drying ovens

KMF

VD | VDL

FDL | MDL

BINDER GmbH

PO BOX 102 D-78502 Tuttlingen Address: Im Mittleren Ösch 5 D-78532 Tuttlingen

Contact: Phone: +49 (0) 74 62 / 20 05 - 0 | Fax: +49 (0) 74 62 / 20 05 -100 | [email protected] | www.binder-world.com

BINDER Scientific

Product Catalog

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