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Measuring instruments
Industrial Instruments
Order office (electrical products)+375 (232) 33-31-04+375 (232) 33-32-05
Description
Specifications of СНОЛ low-temperature drying ovens:
Specifications of industrial converters:
Specifications of the РДС-1 tracking pressure regulator:
Specifications of АН rapid carbon analysers:
Specifications of ДПг-4М immersion and ДМ-5М in-line electrode assemblies:
Specifications of СХ-2 chromate and СЦ-2 cyanide presence detectors for wastewater:
Detailed product information is available in the catalogue.
Technical specifications
- Working chamber material: SNOL-3,9.4,5.3.9/3.5-1 SNOL-3.9.4.5.3.9/3.5-1N; SNOL-3,9.3,9.3,6/3,5-2Н
- ordinary steel stainless steel
- Circulation: SNOL-3,9.4,5.3,9/3.5-1; SNOL-3,9.4,5.3.9/3.5-1Н SNOL-3,9.3,9.3,6/3.5-2Н
- natural forced
- Temperature
- from +50ºС to +350ºС
- Basic relative error SNOL-3,9.4,5.3,9/3.5-1; SNOL-3,9.4,5.3.9/3.5-1Н SNOL-3,9.3,9.3,6/3.5-2Н
- ±3ºС ±1ºС
- Number of shelves
- 3 units
- Working chamber volume SNOL-3,9.4,5.3,9/3.5-1; SNOL-3,9.4,5.3.9/3.5-1Н SNOL-3,9.3,9.3,6/3.5-2Н
- 67 l 58 l
- AC mains power supply
- (230±22) V / (50±0.5) Hz
- Working chamber dimensions SNOL-3,9.4,5.3,9/3.5-1; SNOL-3,9.4,5.3.9/3.5-1Н SNOL-3,9.3,9.3,6/3.5-2Н
- 390x435x390 mm 390х390х360 mm
- Power consumption
- 2 kV
- Oven overall dimensions
- 675x600x615 mm
- Weight
- 42 kg
Collapse specifications
Technical specifications table: Technical specifications. The table is wider than the screen — scroll horizontally.
for monovalent ions
- pX (pH) measurement mode · Normalising value (ХN)
- for monovalent ions
- pX (pH) measurement mode · Normalising value (ХN)
- for divalent ions
- pX (pH) measurement mode · Normalising value (ХN)
- for divalent ions
- pX (pH) measurement mode · Lower limit of measurement ХН (initial scale value), pX (in steps of 0,5)
- Lower limit of measurement ХН (initial scale value), pX (in steps of 0,5)
- Еh measurement mode · Normalising value (ХN), мВ
- Normalising value (ХN), мВ
- Еh measurement mode · Lower limit of measurement ХН (initial scale value), mV
- Lower limit of measurement ХН (initial scale value), mV
- Еh measurement mode · Upper limit, ХВ
- Upper limit, ХВ
- Error, % · By output signal and DC voltage
- By, output, signal, and, DC, voltage
- Error, % · By digital display
- By digital display
pX(pH)
- pX (pH) measurement mode · Normalising value (ХN)
- мВ
- pX (pH) measurement mode · Normalising value (ХN)
- pX
- pX (pH) measurement mode · Normalising value (ХN)
- мВ
- pX (pH) measurement mode · Lower limit of measurement ХН (initial scale value), pX (in steps of 0,5)
- Lower limit of measurement ХН (initial scale value), pX (in steps of 0,5)
- Еh measurement mode · Normalising value (ХN), мВ
- Normalising value (ХN), мВ
- Еh measurement mode · Lower limit of measurement ХН (initial scale value), mV
- Lower limit of measurement ХН (initial scale value), mV
- Еh measurement mode · Upper limit, ХВ
- Upper limit, ХВ
- Error, % · By output signal and DC voltage
- By, output, signal, and, DC, voltage
- Error, % · By digital display
- By digital display
1, 0, 2, 5, 5, 0, 10, 0, 15, 0, 20, 0
- pX (pH) measurement mode · Normalising value (ХN)
- 58, 164, 145, 410, 290, 820, 581, 640, 872, 460, 1163, 280
- pX (pH) measurement mode · Normalising value (ХN)
- -, 2, 5, 5, 0, 10, 0, 15, 0, 20, 0
- pX (pH) measurement mode · Normalising value (ХN)
- -, 72, 705, 145, 410, 290, 820, 436, 230, 581, 640
- pX (pH) measurement mode · Lower limit of measurement ХН (initial scale value), pX (in steps of 0,5)
- from, –1, 0, to, +13, 0, from, –1, 0, to, +17, 5, from, –1, 0, to, +15, 0, from, –1, 0, to, +10, 0, from, –1, 0, to, +5, 0, from, –1, 0, to, 0, 0
- Еh measurement mode · Normalising value (ХN), мВ
- 100, 250, 500, 1000, 1500, 2000
- Еh measurement mode · Lower limit of measurement ХН (initial scale value), mV
- from, –1900, to, +1900, from, –1750, to, +1750, from, –1500, to, +1500, from, –1000, to, +1000, from, –500, to, +500, from, –1990, to, +1990
- Еh measurement mode · Upper limit, ХВ
- ХB, =, ХH, +, ХN
- Error, % · By output signal and DC voltage
- ±1.0, ±1.0, ±1.0, ±0.5, ±0.5, ±0.5
- Error, % · By digital display
- –, –, –, –, –, ±0.2
Expand specifications
- Outlet gauge pressure setting
- from 0,02 to 0,1 MPa (from 0,2 to 1kgf/cm²)
- Inlet liquid or gas pressure variation
- from 0 to 1,2 MPa (from 0 to 12 kgf/cm²)
- Deviation from set pressure
- ±0.02 MPa (0.2 kgf/cm²)
- Overall dimensions
- 145x125x130 mm
- Weight
- 1.2 kg
Expand specifications
- Analysis time: high-carbon steels (АН‑7529М) ordinary steels (АН-7560) alloy steels (АН-7560)
- from 1 to 3 min from 1,5 to 3 min from 1,5 to 5 min
- Measured carbon concentration ranges AN-7529М AN-7560М
- from 0,03 to 9,999 % from 0,001 to 0,1 %
- AC mains power supply
- (230±22)V / (50±0.5)Hz
- Overall dimensions / Maximum weight measuring unit sensor gas conditioning unit combustion unit
- 330x150x335 mm / 10 kg 300x730x300 mm / 15 kg 120x200x450 mm / 5 kg 420x630x450 mm / 60 kg
Expand specifications
Technical specifications table: Technical specifications. The table is wider than the screen — scroll horizontally.
ДПг-4М-1 // ДПг-4М-4
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1100
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Fluoroplastic
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-2 // ДПг-4М-5
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1600
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Fluoroplastic
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-3 // ДПг-4М-6
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 2000
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Fluoroplastic
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-7 // ДПг-4М-10
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1100
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Polypropylene
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-8 // ДПг-4М-11
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1600
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Polypropylene
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-9 // ДПг-4М-12
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 2000
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Polypropylene
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-13 // ДПг-4М-16
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 950
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- —
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-14 // ДПг-4М-17
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1450
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- —
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
ДПг-4М-15 // ДПг-4М-18
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 1850
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel // Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- —
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Weight, kg, maximum · Metal immersion assembly
- 13,0
Metal in-line assembly
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- Metal in-line assembly
- Material of part in contact with medium · Housing · Metal immersion assembly
- Metal in-line assembly
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Metal in-line assembly
- Auxiliary electrode · Metal immersion assembly
- Metal in-line assembly
- Auxiliary electrode · Metal immersion assembly
- Metal in-line assembly
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- Metal in-line assembly
- Weight, kg, maximum · Metal immersion assembly
- Metal in-line assembly
ДМ-5М-1
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Polypropylene
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
ДМ-5М-2
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Fluoroplastic
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
ДМ-5М-3
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Polypropylene
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
ДМ-5М-4
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- Fluoroplastic
- Auxiliary electrode · Metal immersion assembly
- Flow-through ЭХСВ-1
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.6, (~6)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
ДМ-5М-5
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Steel
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- —
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
ДМ-5М-6
- Length (ДПг), diameter (ДМ) of flow-through section, mm · Metal immersion assembly
- 30
- Material of part in contact with medium · Housing · Metal immersion assembly
- Titanium
- Material of part in contact with medium · Electrolytic junction · Metal immersion assembly
- —
- Auxiliary electrode · Metal immersion assembly
- Non-flow-through ЭВП-08
- Auxiliary electrode · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Pressure of medium, Mpa (kgf/cm2) · Metal immersion assembly
- from, –0.09, (~0.9), to, +0.025, (~0.25)
- Weight, kg, maximum · Metal immersion assembly
- 8,0
Expand specifications
Technical specifications table: Technical specifications. The table is wider than the screen — scroll horizontally.
pH control accuracy
- СХ-2 · from 5ºС to 50ºС from 2 to 3 рН 0.2 MPa
- ±0.2 рН
- СЦ-2 · from 10ºС to 40ºС from 10,5 to 12,5 рН 0.2 MPa
- ±0.2 рН
Maximum permissible distance from sensing element to input amplifier unit from input amplifier to converter
- СХ-2 · from 5ºС to 50ºС from 2 to 3 рН 0.2 MPa
- 150 m 1000 m
- СЦ-2 · from 10ºС to 40ºС from 10,5 to 12,5 рН 0.2 MPa
- 150 m 1000 m
AC mains power supply
- СХ-2 · from 5ºС to 50ºС from 2 to 3 рН 0.2 MPa
- (230±22)V / (50±0.5)Hz
- СЦ-2 · from 10ºС to 40ºС from 10,5 to 12,5 рН 0.2 MPa
- (230±22)V / (50±0.5)Hz
Expand specifications
Contacts
If you have any questions, you can use the following contacts:
Order office (electrical products)
Warranty service and quality department