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Micro Reaction Vials, with Screw Cap, Inner Bottom conical, graduated, outside Bottom grounded 1,0ml, 44 x 13 mm, Cap Size N-13, Pack = 12 pcs.

Micro Reaction Vials 0,1ml - 9 358 004

Micro Reaction Vials, with Screw Cap, Inner Bottom conical, graduated, outside Bottom grounded 2,0ml, 61 x 17 mm, Cap Size N-13, Pack = 12 pcs.

Micro Reaction Vials 3,0ml - 9 358 005

Micro Reaction Vials, with Screw Cap, Inner Bottom conical, graduated, outside Bottom grounded 3,0ml, 55 x 21 mm, Cap Size N-20, Pack = 12 pcs.

Micro Reaction Vials 5,0ml - 9 358 006

Micro Reaction Vials, with Screw Cap, Inner Bottom conical, graduated, outside Bottom grounded 5,0ml, 64 x 21 mm, Cap Size N-20, Pack = 12 pcs.

Mikro-Reaktionsgefässe 0,1ml, brown - 9 358 101

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 0,1ml, 34 x 13 mm, Cap Size N-13, Pack = 12 pcs.

MICRO REACTION VIALS0 - 9 358 102

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 0,3ml, 34 x 13 mm, Cap Size N-13, Pack = 12 pcs.

Micro Reaction Vials 1,0ml, brown - 9 358 103

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 1,0ml, 44 x 13 mm, Cap Size N-13, Pack = 12 pcs.

Micro Reaction Vials 2,0ml, brown - 9 358 104

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 2,0ml, 61 x 17 mm, Cap Size N-15, Pack = 12 pcs.

Micro Reaction Vials 3,0ml, brown - 9 358 105

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 3,0ml, 55 x 21 mm, Cap Size N-20, Pack = 12 pcs.

Micro Reaction Vials 0,1ml, brown - 9 358 106

Micro Reaction Vials, with Screw Cap, Amber Glass, Inner Bottom conical, outside Bottom grounded 5,0ml, 64 x 21 mm, Cap Size N-20, Pack = 12 pcs

Laboratory bottles, GL 45, 1000 ml, safety coating, with screw cap (autoclavable) - 5 061 001 MK

Laboratory bottles, ISO thread GL 45, 1000 ml, graduated, complete with screw cap and pouring ring, with autoclavable safety coating, Borosilicate glass 3.3

PP-waste bottle 4000ml, graduated, with overflow protection - 00829 167200-47

PP-waste bottle 4000ml, graduated, with overflow protection and cover, 1/4 inch (6.5 mm)

PP-waste bottle 4000ml, graduated, with overflow protection and drain - 00829 167200-48

PP-waste bottle 4000ml, graduated, with overflow protection, drain and cover, 1/4 inch (6.5mm)

Burette class AS straight stopcock blue graduated Schellbach blue line

main point ring graduation
DIN EN ISO 385
DE-M marked according to the German calibration law
made of borosilicate glass 3.3
inclusive batch certificate

Artikelliste

Order number	Model	Material	Numeric division	Capacity	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance	DIN
3 010 052	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS		±0.01 ml	DIN EN ISO 385
3 010 102	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS		±0.02 ml	DIN EN ISO 385
3 010 252	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS		±0.03 ml	DIN EN ISO 385
3 010 502	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS		±0.05 ml	DIN EN ISO 385
3 010 902	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS		±0.1 ml	DIN EN ISO 385
3 010 053	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS		±0.01 ml	DIN EN ISO 385
3 010 103	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS		±0.02 ml	DIN EN ISO 385
3 010 253	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS		±0.03 ml	DIN EN ISO 385
3 010 503	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS		±0.05 ml	DIN EN ISO 385
3 010 903	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS		±0.1 ml	DIN EN ISO 385
3 020 057	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	PTFE needle valve	straight stopcocks	AS		±0.01 ml	DIN EN ISO 385
3 020 107	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	PTFE needle valve	straight stopcocks	AS		±0.02 ml	DIN EN ISO 385
3 020 257	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	PTFE needle valve	straight stopcocks	AS		±0.03 ml	DIN EN ISO 385
3 020 507	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	PTFE needle valve	straight stopcocks	AS		±0.05 ml	DIN EN ISO 385
3 020 907	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	PTFE needle valve	straight stopcocks	AS		±0.1 ml	DIN EN ISO 385
3 012 052	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS	yes	±0.01 ml	DIN EN ISO 385
3 012 102	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS	yes	±0.02 ml	DIN EN ISO 385
3 012 252	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS	yes	±0.03 ml	DIN EN ISO 385
3 012 502	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS	yes	±0.05 ml	DIN EN ISO 385
3 012 902	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	solid ST-glass plugs	straight stopcocks	AS	yes	±0.1 ml	DIN EN ISO 385
3 012 053	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS	yes	±0.01 ml	DIN EN ISO 385
3 012 103	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS	yes	±0.02 ml	DIN EN ISO 385
3 012 253	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS	yes	±0.03 ml	DIN EN ISO 385
3 012 503	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS	yes	±0.05 ml	DIN EN ISO 385
3 012 903	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	ST-PTFE plugs	straight stopcocks	AS	yes	±0.1 ml	DIN EN ISO 385
3 022 057	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	PTFE needle valve	straight stopcocks	AS	yes	±0.01 ml	DIN EN ISO 385
3 022 107	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	PTFE needle valve	straight stopcocks	AS	yes	±0.02 ml	DIN EN ISO 385
3 022 257	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	PTFE needle valve	straight stopcocks	AS	yes	±0.03 ml	DIN EN ISO 385
3 022 507	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	PTFE needle valve	straight stopcocks	AS	yes	±0.05 ml	DIN EN ISO 385
3 022 907	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	PTFE needle valve	straight stopcocks	AS	yes	±0.1 ml	DIN EN ISO 385

Burette class AS lateral stopcock blue graduated Schellbach blue line

main point ring graduation
DIN EN ISO 385
DE-M marked according to the German calibration law
made of borosilicate glass 3.3
inclusive batch certificate

Artikelliste

Order number	Model	Material	Numeric division	Capacity	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance	DIN
3 012 054	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	solid ST-glass plugs	lateral stopcock	AS	yes	±0.01 ml	DIN EN ISO 385
3 012 104	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	solid ST-glass plugs	lateral stopcock	AS	yes	±0.02 ml	DIN EN ISO 385
3 012 254	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	solid ST-glass plugs	lateral stopcock	AS	yes	±0.03 ml	DIN EN ISO 385
3 012 504	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	solid ST-glass plugs	lateral stopcock	AS	yes	±0.05 ml	DIN EN ISO 385
3 012 904	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	solid ST-glass plugs	lateral stopcock	AS	yes	±0.1 ml	DIN EN ISO 385
3 012 055	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	5 ml	blue graduated	PTFE needle valve	lateral stopcock	AS	yes	±0.01 ml	DIN EN ISO 385
3 012 105	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	10 ml	blue graduated	PTFE needle valve	lateral stopcock	AS	yes	±0.02 ml	DIN EN ISO 385
3 012 255	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	25 ml	blue graduated	PTFE needle valve	lateral stopcock	AS	yes	±0.03 ml	DIN EN ISO 385
3 012 505	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	50 ml	blue graduated	PTFE needle valve	lateral stopcock	AS	yes	±0.05 ml	DIN EN ISO 385
3 012 905	Burettes	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,2 ml	100 ml	blue graduated	PTFE needle valve	lateral stopcock	AS	yes	±0.1 ml	DIN EN ISO 385

Burette class B straight stopcock blue graduated Schellbach blue line

short line graduation
DIN EN ISO 385
error ranges are better than the DIN EN ISO 385 requirements
made of borosilicate glass 3.3

Artikelliste

Order number	Model	Material	Numeric division	Capacity	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance ISO	Tolerance witeg	DIN
3 002 052	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	solid ST-glass plugs	straight stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 102	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	solid ST-glass plugs	straight stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 252	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	solid ST-glass plugs	straight stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 502	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	solid ST-glass plugs	straight stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 902	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	solid ST-glass plugs	straight stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 002 053	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	ST-PTFE plugs	straight stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 103	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	ST-PTFE plugs	straight stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 253	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	ST-PTFE plugs	straight stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 503	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	ST-PTFE plugs	straight stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 903	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	ST-PTFE plugs	straight stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 002 057	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	PTFE needle valve	straight stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 107	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	PTFE needle valve	straight stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 257	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	PTFE needle valve	straight stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 507	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	PTFE needle valve	straight stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 907	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	PTFE needle valve	straight stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385

Burette class B lateral stopcock blue graduated Schellbach blue line

short line graduation
DIN EN ISO 385
error ranges are better than the DIN EN ISO 385 requirements
made of borosilicate glass 3.3

Artikelliste

Order number	Model	Material	Numeric division	Capacity	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance ISO	Tolerance witeg	DIN
3 002 054	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 104	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 254	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 504	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 904	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 002 055	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	PTFE needle-valve	lateral stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 105	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	PTFE needle-valve	lateral stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 255	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	PTFE needle-valve	lateral stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 505	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	PTFE needle-valve	lateral stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 905	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	PTFE needle-valve	lateral stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 002 056	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	5 ml	blue graduated	ST-glass two-way stopcock	lateral stopcocks	B	yes	±0.02 ml	±0.02 ml	DIN EN ISO 385
3 002 106	Burettes	Borosilicate glass 3.3	Strichteilung 0,02 ml	10 ml	blue graduated	ST-glass two-way stopcock	lateral stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 002 256	Burettes	Borosilicate glass 3.3	Strichteilung 0,05 ml	25 ml	blue graduated	ST-glass two-way stopcock	lateral stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 002 506	Burettes	Borosilicate glass 3.3	Strichteilung 0,1 ml	50 ml	blue graduated	ST-glass two-way stopcock	lateral stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 002 906	Burettes	Borosilicate glass 3.3	Strichteilung 0,2 ml	100 ml	blue graduated	ST-glass two-way stopcock	lateral stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385

Burette Pellet burette class AS blue graduated Schellbach blue line

main point ring graduation
without intermediate stopcock
DIN EN ISO 385
DE-M marked according to the German calibration law
lateral stopcock
made of borosilicate glass 3.3
inclusive batch certificate
2L reservoir bottle

Artikelliste

Order number	Model	Version	Color	Material	Numeric division	Vessel capacity	Capacity	Accessories	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance	DIN
3 122 104	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	AS	yes	±0.02 ml	DIN EN ISO 385
3 122 254	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	AS	yes	±0.03 ml	DIN EN ISO 385
3 122 504	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	AS	yes	±0.05 ml	DIN EN ISO 385
3 122 105	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	PTFE needle valve	lateral stopcocks	AS	yes	±0.02 ml	DIN EN ISO 385
3 122 255	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	PTFE needle valve	lateral stopcocks	AS	yes	±0.03 ml	DIN EN ISO 385
3 122 505	Automatic burette	Pellet	amber glass	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	PTFE needle valve	lateral stopcocks	AS	yes	±0.05 ml	DIN EN ISO 385

Burette Pellet burette class AS intermediate stopcock blue graduated Schellbach blue line

main point ring graduation
DIN EN ISO 385
DE-M marked according to the German calibration law
lateral and intermediate stopcock
made of borosilicate glass 3.3
inclusive batch certificate
2L reservoir bottle

Artikelliste

Order number	Model	Version	Color	Material	Numeric division	Vessel capacity	Capacity	Accessories	Graduation	Stopcock	Class	Schellbach	Tolerance	DIN
3 122 106	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	AS	yes	±0.02 ml	DIN EN ISO 385
3 122 256	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	AS	yes	±0.03 ml	DIN EN ISO 385
3 122 506	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	AS	yes	±0.05 ml	DIN EN ISO 385
3 122 107	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.02 ml	DIN EN ISO 385
3 122 257	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.03 ml	DIN EN ISO 385
3 122 507	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.05 ml	DIN EN ISO 385
3 122 108	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.02 ml	DIN EN ISO 385
3 122 258	Automatic burette	Pellet		Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.03 ml	DIN EN ISO 385
3 122 508	Automatic burette	Pellet	amber glass	Borosilicate glass 3.3	Hauptpunkt-Ringteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	AS	yes	±0.05 ml	DIN EN ISO 385

Burette Pellet burette class B blue graduated Schellbach blue line

short line graduation
without intermediate stopcock
DIN EN ISO 385
error ranges are better than the DIN EN ISO 385 requirements
lateral stopcock
made of borosilicate glass 3.3
2L reservoir bottle

Artikelliste

Order number	Model	Version	Color	Material	Numeric division	Vessel capacity	Capacity	Accessories	Graduation	Stopcock	Stopcock shape	Class	Schellbach	Tolerance ISO	Tolerance witeg	DIN
3 102 104	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 102 254	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 102 504	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 102 904	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,2 ml	2 l	100 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 102 105	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 102 255	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.05 ml	±0.04 ml	DIN EN ISO 385
3 102 505	Automatic burette	Pellet		Borosilicate glass 3.3	Strichteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 102 905	Automatic burette	Pellet	amber glass	Borosilicate glass 3.3	Strichteilung 0,2 ml	2 l	100 ml	reservoir bottle	blue graduated	solid ST-glass plugs	lateral stopcocks	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385

Burette Pellet burette class B intermediate stopcock blue graduated Schellbach blue line

short line graduation
DIN EN ISO 385
error ranges are better than the DIN EN ISO 385 requirements
lateral and intermediate stopcock
made of borosilicate glass 3.3
2L reservoir bottle

Artikelliste

Order number	Model	Version	Material	Numeric division	Vessel capacity	Capacity	Accessories	Graduation	Stopcock	Class	Schellbach	Tolerance ISO	Tolerance witeg	DIN
3 112 106	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 256	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 506	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 112 906	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,2 ml	2 l	100 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: solid ST-glass plugs	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 112 107	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 257	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 507	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 112 907	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,2 ml	2 l	100 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-glass plugs, lateral stopcock: PTFE needle valve	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385
3 112 108	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,02 ml	2 l	10 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 258	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,05 ml	2 l	25 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	B	yes	±0.05 ml	±0.03 ml	DIN EN ISO 385
3 112 508	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,1 ml	2 l	50 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	B	yes	±0.1 ml	±0.08 ml	DIN EN ISO 385
3 112 908	Automatic burette	Pellet	Borosilicate glass 3.3	Strichteilung 0,2 ml	2 l	100 ml	reservoir bottle	blue graduated	Intermediate stopcock: ST-PTFE plugs, lateral stopcock: PTFE needle valve	B	yes	±0.2 ml	±0.2 ml	DIN EN ISO 385

Baths WB Water bath 6/11/22 Liter 100°C ±0,1°C

Ideal for:

water bath for general purpose

Features:

user‘s self-compensation function to control difference between real temperature and indicated temperature (±10.0°C)
stainless steel bath & lid for superior durability & high thermal efficiency / consistency, dome lid optional
digital timer function (99hr 59min): delay time and operation time can be controlled
storage function for the set values of temperature and timer
backlight LCD display
CE-certified and unique serial number for tracing

Safety mechanism:

locking mode
over- temperature and over-current protection
sensor error protection

Controller:

digital fuzzy controller with Jog-Shuttle-switch (turn + push)

Artikelliste

Order number	Model	Width (inner)	Length (inner)	Height (inner)	Width (Outer)	Length (outer)	Height (outer)	Drain valve	Capacity	Effective space	Power consumption	Temperature control resolution	Temperature range	Temperature fluctuation	Temperature accuracy	Packing size	Sensor
DH.WB000106	WB-6 230 V	300 mm	155 mm	150 mm	325 mm	180 mm	260 mm		6 l	300 x 155 x 110 mm	800 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±1.0°C	±0.1°C	350 x 210 x 310 mm	Temperature sensor PT100
DH.WB000111	WB-11 230 V	302 mm	240 mm	150 mm	325 mm	265 mm	260 mm		11 l	302 x 240 x 110 mm	1000 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±1.0°C	±0.1°C	350 x 300 x 310 mm	Temperature sensor PT100
DH.WB000122	WB-22 230 V	500 mm	295 mm	150 mm	535 mm	330 mm	260 mm	mounted (Ø9.5 - 11mm)	22 l	500 x 295 x 110 mm	2000 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±1.0°C	±0.1°C	570 x 360 x 310 mm	Temperature sensor PT100

Baths WHB Oil bath 6/11/22 Liter 250°C ±0,1°C

Ideal for:

oil bath for general purpose with high temperature

Features:

user‘s self-compensation function to control difference between real temperature and indicated temperature
stainless steel bath & lid for superior durability & high thermal efficiency / consistency
digital timer function (99hr 59min): delay time and operation time can be controlled
storage function for the set values of temperature and timer
backlight LCD display
CE-certified and unique serial number for tracing

Safety mechanism:

locking mode
over- temperature and over-current protection
sensor error protection

Controller:

digital fuzzy controller with Jog-Shuttle-switch (turn + push)

Artikelliste

Order number	Model	Width (inner)	Length (inner)	Height (inner)	Width (Outer)	Length (outer)	Height (outer)	Drain valve	Capacity	Effective space	Power consumption	Temperature control resolution	Temperature range	Temperature fluctuation	Temperature accuracy	Packing size	Sensor
DH.WHB00106	WHB-6 230 V	270 mm	180 mm	150 mm	425 mm	305 mm	340 mm	mounted	6 l	270 x 170 x 110 mm	1500 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 250°C	±3.0°C	±0.1°C	470 x 400 x 500 mm	Temperature sensor PT100
DH.WHB00111	WHB-11 230 V	300 mm	250 mm	150 mm	425 mm	490 mm	340 mm	mounted	11 l	300 x 250 x 110 mm	2000 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 250°C	±3.0°C	±0.1°C	600 x 490 x 500 mm	Temperature sensor PT100
DH.WHB00122	WHB-22 230 V	400 mm	300 mm	180 mm	525 mm	490 mm	370 mm	mounted	22 l	400 x 300 x 140mm	2500 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 250°C	±3.0°C	±0.1°C	600 x 490 x 500 mm	Temperature sensor PT100

Baths WCB Circulation water bath 6/11/22 Liter 100°C ±0,1°C

Ideal for:

biotechnology, clinical, environmental, medical, petroleum & food industry, pharmaceutical and industrial applications
connection with evaporators and viscometers is applicable

Features:

user‘s self-compensation function to control difference between real temperature and indicated temperature (±10.0°C)
stainless steel bath & lid for superior durability & high thermal efficiency / consistency
storage function for the set values of temperature and timer
powerful circulation pump assures temperature uniformity: internal and external circulation
storage function for the set values of temperature and timer
backlight LCD display
CE certified and unique serial number for tracing

Safety mechanism:

locking mode
over- temperature and over-current protection
sensor error detection
low water level warning and automatic stop function

Controller:

digital fuzzy controller with Jog-Shuttle-switch (turn + push)

Artikelliste

Order number	Model	Width (inner)	Length (inner)	Height (inner)	Width (Outer)	Length (outer)	Height (outer)	Drain valve	Connections	Capacity	Effective space	Pump performance	Power consumption	Temperature control resolution	Temperature range	Temperature fluctuation	Temperature accuracy	Packing size	Sensor	Flow rate
DH.WCB00106	WCB-6 230 V	300 mm	155 mm	150 mm	330 mm	185 mm	385 mm		Circulation nozzle inner Ø7 x outer Ø11mm ( IØ 9 / OØ 12mm silicon tube connection for inner circulation)	6 l	120 x 155 x 150 mm	5 l/min	800 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±0.2°C	±0.1°C	350 x 210 x 340 mm	Temperature sensor PT100	5 l/Min (innen/außen)
DH.WCB00111	WCB-11 230 V	302 mm	240 mm	150 mm	335 mm	275 mm	385 mm		Circulation nozzle inner Ø7 x outer Ø11mm ( IØ 9 / OØ 12mm silicon tube connection for inner circulation)	11 l	170 x 240 x 150 mm	5 l/min	1000 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±0.2°C	±0.1°C	360 x 300 x 420 mm	Temperature sensor PT100	5 l/Min (innen/außen)
DH.WCB00122	WCB-22 230 V	500 mm	295 mm	150 mm	540 mm	335 mm	410 mm	mounted (Ø9.5 - 11mm)	Circulation nozzle inner Ø7 x outer Ø11mm ( IØ 9 / OØ 12mm silicon tube connection for inner circulation)	22 l	372 x 295 x 150 mm	5 l/min	2000 W	Display 0.1°C, control 0.1°C	Room temperature +5°C - 100°C	±0.2°C	±0.1°C	580 x 380 x 470 mm	Temperature sensor PT100	5 l/Min (innen/außen)

Baths WCH Circulation water bath 8/12/22/30 Liter 250°C ±0,1°C

Ideal for:

applications at high temperature
biotechnology, clinical, environmental, medical, petroleum & food industry, pharmaceutical and industrial applications
connection with evaporators and viscometers is applicable

Features:

corrosion resistant stainless steel bath with 1.2 mm thickness
ceramic fibre insulator of 50 mm thickness and powder-coated steel body
user‘s self-compensation function to control difference between real temperature and indicated temperature (±10.0°C)
digital timer function (99hr 59min): delay time and operation time can be controlled
drain valve mounted and stainless steel flat lid included
storage function for the set values of temperature and timer
backlight LCD display
CE certified and unique serial number for tracing

Safety mechanism:

overheat and over-current protection
sensor error detection
locking mode

Controller:

digital fuzzy controller with Jog-Shuttle-switch (turn + push)

Artikelliste

Order number	Model	Width (inner)	Length (inner)	Height (inner)	Width (Outer)	Length (outer)	Height (outer)	Connections	Pressure	Capacity	Effective space	Pump performance	Power consumption	Temperature control resolution	Temperature range	Temperature fluctuation	Temperature accuracy	Packing size	Sensor	Flow rate
DH.WCH00408	WCH-8 230 V	180 mm	320 mm	155 mm	303 mm	443 mm	569 mm	Circulation nozzle inner Ø7 x outer Ø11mm ( IØ 9 / OØ 12 mm silicon tube connection for inner circulation)	5 psi	8 l	180 x 130 x 155 mm	16 l/min, max. lift: 2.8m	1000 W	Display 0.1°C, control 0.5°C	Room temperature +5°C - 250°C	±0.2°C	±0.1°C	470 x 400 x 500 mm	Temperature sensor PT100	16l/Min.
DH.WCH00412	WCH-12 230 V	250 mm	320 mm	155 mm	373 mm	443 mm	569 mm	External circulation nozzle inner: Ø10.5mm, outer Ø12.5mm	5 psi	12 l	250 x 130 x 155 mm	16 l/min, max. lift: 2.8m	1500 W	Display 0.1°C, control 0.5°C	Room temperature +5°C - 250°C	±0.2°C	±0.1°C	470 x 400 x 500 mm	Temperature sensor PT100	16l/Min.
DH.WCH00422	WCH-22 230 V	340 mm	440 mm	155 mm	463 mm	563 mm	569 mm	External circulation nozzle inner: Ø10.5mm, outer Ø12.5mm	5 psi	22 l	340 x 250 x 155 mm	16 l/min, max. lift: 2.8m	2200 W	Display 0.1°C, control 0.5°C	Room temperature +5°C - 250°C	±0.2°C	±0.1°C	600 x 490 x 500 mm	Temperature sensor PT100	16l/Min.
DH.WCH00430	WCH-30 230 V	340 mm	440 mm	200 mm	436 mm	563 mm	614 mm	External circulation nozzle inner: Ø10.5mm, outer Ø12.5mm	5 psi	30 l	340 x 250 x 200 mm	16 l/min, max. lift: 2.8m	2500 W	Display 0.1°C, control 0.5°C	Room temperature +5°C - 250°C	±0.2°C	±0.1°C	600 x 490 x 500 mm	Temperature sensor PT100	16l/Min.

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