Heraeus M 104
Objektnummer | B00013490 |
---|---|
Seriennummer | 013490 |
Object Naam | Heraeus M 104 |
Status | Archiv |
Status, leverings- en betalingsvoorwaarden
Apparatuurcontrole
De gebruikte apparatuur wordt voorafgaand aan levering gecontroleerd door Labexchange Service GmbH. U ontvangt volledig functionerende apparatuur.
Verzending
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In de regel bieden we combinatieleveringen aan. Levertijden zijn afhankelijk van het artikel met de langste levertijd. Deelleveringen zijn mogelijk tegen een toeslag.
Verzendmethoden
Koeriersdiensten, transportbedrijven, zelf afhalen, levering door Labexchange wagenpark
Informatie levering
De prijzen zijn exclusief verzendkosten. De genoemde verzendkosten zijn de te verwachten kosten. Afwijkingen zijn mogelijk. In het geval geen kosten voor verzending zijn gespecificeerd, vraag die dan afzonderlijk aan.
De opgegeven vracht- en verpakkingskosten hebben betrekking op de goedkoopste transportroute en zijn onder voorbehoud van onvoorziene kostenstijgingen. Door onvoorziene gebeurtenissen kunnen vrachttarieven en levertijden op elk moment veranderen en moeten ze worden aangepast aan de huidige situatie. Incoterm coderingen volgens Incoterms 2010: Bij afhalen EXW, CFR voor zendingen over zee, CPT per luchtfracht, andere zendingen DAP. Opmerking: We geven geen preferentieel certificaat/EUR1 af. Bij zelf afhalen/af fabriek (EXW) uit derde landen en de EU wordt 16% btw als borg ingehouden, tot we de ontvangstbevestiging/het leveringscertificaat van de koper hebben ontvangen.
Betalingsvoorwaarden
Wij accepteren geen betalingen Letter of Credit, PayPal etc. Het factuurbedrag is volledig verschuldigd. Er zijn geen betalingskortingen. De goederen blijven tot volledige betaling ons eigendom.
Land |
Mogelijke betaalmethoden |
Opmerking |
Duitsland, Oostenrijk, Zwitserland |
Betaling via factuur, vooruitbetaling, per creditkaart |
Betaling via factuur is mogelijk voor ondernemingsklanten. |
Nederland, België en Luxemburg |
Betaling via factuur, vooruitbetaling, per creditkaart |
Betaling via factuur is mogelijk voor ondernemingsklanten. |
Andere landen |
vooruitbetaling, per creditkaart |
|
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Tussenverkoop is ons voorbehouden.
Beschrijving status:
Alle artikelen zijn gebruikte artikelen, tenzij bij een artikel uitdrukkelijk wordt vermeld dat het om een nieuw apparaat gaat.
The following illustrations and descriptions are referring to the instrument model and are drawn from brochures. They are not representing the delivery volume. The exact delivery content you will find only in the offering text.
AREAS OF APPLICATION
The muffle/chamber furnace is designed for thermal technology applications in the laboratory:
Volume of furnace work chamber 4.7 1 (M 104) or 3.8 1 (K 114)
Heat treatment of samples and objects from 300 °C to 1000 °C (M 104) or to 1100 °C (K 114)
Loads of up to 5 kg
The unit is generally designed for installation and operation in the following areas:
Laboratories, such as those found in manufacturing trades and industry, schools, universities, hospitals and biology.
lt is used for:
ageing, analysis, tempering, decomposing, baking, annealing, hardening, soldering, oxidising, reducing, incineration and preheating.
The over-temperature protection "upper limit cut-out" which can be supplied with the unit enables operation without constant supervision.
The unit is designed for continuous operation.
To avoid samples being unevenly exposed to heat, care must be taken to maintain a distance from the inner surfaces of the furnace work chamber.
Provisions should always be made to provide operators with protective clothing, such as working gloves and protective glasses, due to the often high temperatures existing in the working environment.
Do not use the unit:
- to heat up foods
- for drying or heat treatment of substances which release gases or vapours Into the atmosphere that are flammable or dangerously explosive when mixed with air. This furnace is equally unsuitable for the heat treatment of combustible dusts and fibrous materials.
DESCRIPTION OF UNIT
The basic design of the unit comprises casing, work chamber, tilting door and switching and controlling components.
The work chamber of the M104 laboratory muffle furnace consists of a ceramic muffle. The heating elements are covered and embedded in the muffle. The muffle furnace is designed to operate at temperatures of up to 1000 °C.
The work chamber of the K 114 laboratory muffle furnace consists of fiberboard. Exposed heating elements are set into grooves in the walls and ceiling of the furnace chamber. A ceramic plate covers the floor of the furnace chamber. The unit is designed to work at operating temperatures of up to 1100°C.
Fiber materials provide the unit with thermal insulation showing reliably good heat containment properties and temperature/time parameters.
The metal surfaces around the mouth of the furnace can become extremely hot during Operation at high temperatures. Care must be taken against the danger of injury. To warn against touching them, these surfaces have accordingly been marked with the Symbol shown here.
The furnace chamber is closed off by a tilting door.
The door is opened and closed with a lever on the right side of the unit. The hot interior side of the door swings downward when the door is opened. An integrated protective shield against escaping heat and heated particles simultaneously folds out. The lowered door then serves as a surface on which the unloaded samples can be placed.
There is an aperture (Ø 5 mm) in the middle of the swing door which serves as an access for encased thermocouples providing external measurement of temperatures inside the furnace chamber.
Special measures must be taken and strictly observed to ensure protection of persons from electrical shock when using external temperature measurement devices. Failure to observe these measures is EXTREMELY HAZARDOUS and presents a DANGER of DAMAGE TO ALL CONNECTED SYSTEMS - please refer to instructions in the appropriate section of this manual.
The operating elements for built-in electrical components are integrated into the operating panel of the switching and control unit.
The unit is designed as a plug-in unit and is supplied with a fixed mains connection. A PE conductor (protection class 1) provides protection against electrical shock.
The laboratory furnace is equipped with radio interference suppression.
Temperature control is provided by an electronic temperature controller featuring a sensor defect indicator. The interior temperature is measured by a thermocouple. A power semiconductor in the temperature controller regulates the power supplied for heating.
SAFETY STANDARDS
The unit meets the following safety standards:
DIN 12 880 Section 1 / 11.78
DIN VDE 0700 Section 1 / 04.88
DIN VDE 0875 Section 11 / 07.92
The M 104 / K 114 laboratory muffle and chamber furnaces have also been safety-tested by the testing and certification institute VDE. Certain models (see APPENDIX) comply with GS certification standards and with interference standards, depending the optional equipment installed.
TECHNICAL SPECIFICATIONS
MECHANICAL
Dimensions (w x H x D)
Outer dimensions: 456 x 646 x 570 mm
Furnace chamber
(excl. door insulation): 170 x 130 x 215 mm
Loading space in furnace chamber: 130 x 110 x 205 mm
Usable space (DIN 17 052 Class C,
heated depth 160 mm): 130 x 80 x 120 mm
Base plate (w x H x D): 145 x 10 x 240 mm
Min. distance of the furnace to neighboring surfaces
left: 25 mm
right: 100 mm
top: 300 mm
at rear (with spacer): 80 mm
at rear (with exhaust flue): 100 mm
at rear (with exhaust fan):
190 mm
Volumes
Furnace chamber: 4,7 l
Loading space in furnace chamber: 2,9 l
Usable space (DIN 17 052 Class C, heated depth 160 mm): 1,2 l
Weight
Unit: ca. 52 kg
Maximum load:
5 kg
THERMAL:
Operating temperatures: 300 ... 1000 °C
Temperature deviation
Temporal (DIN 12 880 Section 2)
with spacer: < ± 1 K
with exhaust flue: < ± 1 K
with exhaust fan: < ± 2 K
Spatial (DIN 17 052 Class C)
at 500 °C: ± 12,5 K
800 °C: ± 7,0 K
1000/1100 °C:
± 7,5 K
Heat rise time (without load)
with spacer / exhaust flue
to 500 °C: ca. 80 min
to 800 °C: ca. 90 min
to 1000/1100 °C: ca. 120 min
with exhaust fan
to 500 °C: ca. 50 min
to 800 °C: ca. 85 min
to 1000 °C:
ca. 160 min
Cool down time (to 100 °C, without load)
with spacer / exhaust flue
from 500° C: ca. 540 min
from 800 °C: ca. 670 min
from 1000/1100 °C: ca. 730 min
Without exhaust fan
from 500 °C: ca. 255 min
from 800 °C: ca. 325 min
from 1000 °C:
ca. 350 min
Heat radiation to surrounding areas
at 500 °C: 0,4 kW
at 800 °C: 0,8 kW
at 1000/1100 °C: 1,1 kW
VENTILATION / FLUE GASES:
Air replacement in furnace chamber
without / with exhaust flue
at 500 °C: ca. 15 h -1
at 800 °C: ca. 10 h -1
at 1000/1100 °C: ca. 8 h -1
with exhaust fan
at 500 °C: ca. 500 h -1
at 800 °C: ca. 345 h -1
at 1000 °C: ca. 340 h -1
Flue gas flow (without ioad) without/ with exhaust flue
at 500 °C: 70 l/h
at 800 °C: 47 l/h
at 1000/1100 °C: 38 l/h
with exhaust fan 46 m 3 /h
Diameter of duct - flue / exhaust fan: 35 / 52 mm
Flue gas temperature at duct
(at max. operating temp.) 80 (330 1) ) °C
without / with exhaust flue:
with exhaust fan: 110 (200 1) ) °C
1) the higher value applies momentarily an closing of door
NOISE:
Noise level (DIN 45 635): < 58
ELECTRICAL:
± Rated voltage (10%): 1/PE AC, 230 V
Rated frequency: 50/60 Hz
Nominal power consumption: 2,5 kW
Connected ioad: 2,6 kVA
Current ioad: 11,4 A
Protection class: 1
Protection type: IP 20
Circuit protection:
(Electrotechnical regulations and EVU-specific technical requirements are to be observed when connecting to mains power supply circuits).
T 16 A fuse or B 16, circuit breaker, connection to leakage current protection switch ( ≤ 30 mA) recommended.
MATERIALS USED
Outer casing Zinc-plated sheet steel, painted RAL 9002
Furnace chamber Ceramic C 530, DIN VDE 0335
Door insulation Fireclay brick (chamotte)
Mouth of furnace Fireclay brick (chamotte)
Thermal insulation of the
furnace chamber Aluminum silicate fiber 1)
Base plate Fireclay brick (chamotte)
Tray Heat-resistant steel
Heat coils Cr Al Fe
Control panel Mixture of ABS and PC
Electrical components Components coated with various
plastics, partially mounted with epoxy resins an circuit boards strengthened with glass fiber.
1) Fiber materials used for insulation are classified as hazardous to health in certain countries. No serious risks to the working environment arises from normal Operation. Improper handling during repairs or dismantlement of the unit can lead to significant levels of contamination.