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BINDER MK Series Material Test Box MK53 MK240 MK720

NegotiableUpdate on 02/23
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Overview
The high-precision test box used for material testing is a top-notch product in the field of temperature regulation technology. It is used for material testing in quality assurance systems and has high-quality, efficient technical performance and attractive prices, making it an ideal alternative to complex test box systems. The MK series cold and hot testing box from binder company can meet the highest precision and performance requirements, and can be used as an alternative to high cost solutions to complete most material testing, thermal stress, stability, and durability testing. With its new screen control technology, binder once again leads the way in technological innovation in terms of precision, dynamic performance, and functionality. Due to its wide temperature range, efficient refrigeration unit, and powerful air circulation capability, the MK series is suitable for most cold and hot tests.
Product Details

Product Introduction

The binder company, located in Tuttlingen, southwestern Germany, specializes in the research and production of laboratory temperature control products. Its APT.Line internal preheating technology achieves a very uniform distribution of temperature inside the box, changing the bottleneck of upper and lower temperature difference that traditional preheating systems have been difficult to overcome. The binder temperature control box is widely used in fields such as pharmaceuticals, food, materials science, cosmetics, tobacco, microbiology, chemical engineering, electronics, etc.

The high-precision test box used for material testing is a top-notch product in the field of temperature regulation technology. It is used for material testing in quality assurance systems and has high-quality, efficient technical performance and attractive prices, making it an ideal alternative to complex test box systems. The MK series cold and hot testing box from binder company can meet the highest precision and performance requirements, and can be used as an alternative to high cost solutions to complete most material testing, thermal stress, stability, and durability testing. With its new screen control technology, binder once again leads the way in technological innovation in terms of precision, dynamic performance, and functionality. Due to its wide temperature range, efficient refrigeration unit, and powerful air circulation capability, the MK series is suitable for most cold and hot tests.

Binder MKHighlight of the series material testing boxadvantage

Binding Core Technology - APT.Line@Internal preheating technology enables the temperature inside the cavity to reach a very uniform distribution, changing the traditional preheating system's difficulty in overcoming the temperature difference between the upper and lower neck bottles.

1) Ensure high control accuracy within the entire available space, and the control accuracy can be reproduced.

2) The temperature distribution is relatively uniform, and the temperature adjustment process is smooth and stable.

3) Due to APT.Line@The air conduction performance ensures precise control of space temperature even under full load conditions.

DCT@Direct cooling technology

  • Innovative refrigeration system: direct, precise, and efficient.
  • Flat plate refrigerator, with a very large contact surface, cools quickly and ensures uniform temperature inside the chamber.
  • A cooling system with forced convection and open air path (direct contact between the gas inside the chamber and the flat plate refrigerator) ensures a very uniform airflow inside the chamber and prevents local supercooling points.

Powerful air turbine

Specially designed, digitally adjustable turbine with high air exchange rate, high heating power, and short heating time. Utilizing freely adjustable air doors, it can control the input of fresh air and the output of exhaust gas, ensuring precise and fast price and cooling control.

Technical characteristics of MK series material testing box

1) Electronic control APT.line ® Internal preheating technology;

2) Temperature range: -40 ℃ to 180 ℃;

3) MCS controller: 25 stored programs, each program has 100 sections, with a maximum of 500 program segments;

User friendly liquid crystal display screen (LCD)

Ø Easy to read menu guide

Ø Comprehensive electronic chart recorder

Various options for displaying process parameter charts

Ø Real clock

4) The heating rate can be adjusted through a program editor

5) Programmable test material condensation protection

6) Access port, diameter 80mm

7) The box door has a heated observation window with internal lighting

8) Independent adjustable temperature safety device, level 2 (DIN 12880), with visual and audible alarms;

9) Environmentally friendly refrigerant R 404a

10) Program adjustable air door

11) RS422 interface, used for communication software APT-COM@Data control system;

12) 2 stainless steel shelves;

BinderMKSeries material testing boxtechnical specifications

model

MK 53

MK 240

MK 720

External dimensions (W × H × D) (mm)

740×1242×794

1117×1713×946

1381×1997×1038

Internal cavity size (W × H × D) (mm)

402×402×330

735×700×434

1000×1168×600

Internal cavity volume (L)

53

240

700

Stainless steel shelving (standard/maximum)

2 / 5

2 / 6

2 / 14

Load per shelf/total load (kg)

15 / 40

30 / 70

45 / 120

Number of doors

1

1

1

Temperature range (° C)

-40-180

-40-180

-40-180

Temperature deviation @ -40 ° C (± ° C)

0.8

1

1

Temperature deviation @ -10 ° C (± ° C)

0.7

0.8

1

Temperature deviation @ 0 ° C (± ° C)

0.4

0.7

1

Temperature deviation @+20 ° C (± ° C)

0.8

1.6

1.9

Temperature deviation @+70 ° C (± ° C)

1.2

0.8

1

Temperature deviation @+150 ° C (± ° C)

2.0

2.3

2.5

Temperature fluctuation range (± ° C)

0.3

0.3

0.3

Recovery time (30 seconds after opening the door to -10 ° C (min))

5

8

11

Recovery time (30 seconds after opening the door to 70 ° C) (min)

1

2

3

Recovery time (30 seconds after opening the door to 150 ° C) (min)

5

7

9

Average heating rate (K/min)

5.2

4.2

3

Average cooling rate (K/min)

5.0

2.5

2.3

Heating time (from -40 ℃ to 180 ℃)

52

60

85

Cooling time (from 180 ℃ to -40 ℃)

105

135

180

Power supply (50/60 Hz)

230V/2.6KW

400V/4.0KW

400V/6.0KW

Net weight (Kg)

150

340

460