CHAMBER FOR TESTING WATERTIGHTNESS, AIR … · In an increasing number of refractory ... CONCRETE...
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WINDOWS AND DOORS EN 12155:2000 Air permeability EN 1027:2000 Watertightness EN 12211:2000 Resistance to wind load CURTAIN WALLING EN 12155:2000 Watertightness EN 12153:2000 Air permeability EN 12179:2000 Resistance to wind load Width 4000 mm Height 4000 mm Depth 200 mm INTERNAL CHAMBER DIMENSIONS Free standing chamber Over head Crane Test piece fixation in sample chamber Positive or negative rapid changes for test pressure. ± 10 % of accuracy about measuring the quantity of water supplied ± 5 % of accuracy about positive or negative test pressures, steady or fluctuating applied across the specimen ± 5 % of accuracy about air flow into or out of the chamber Adjustable device for spraying water as 2 L/ m 2 ×min (m 2 ×min) CHAMBER FOR TESTING WATERTIGHTNESS, AIR PERMEABILITY AND RESISTANCE TO WIND LOAD OF FACADE WINDOWS, DOORS AND CURTAIN WALLS, TEST SPECIMEN 4 m X 4 m , FR-TEST- WIN. 400
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Transcript of CHAMBER FOR TESTING WATERTIGHTNESS, AIR … · In an increasing number of refractory ... CONCRETE...
WINDOWS AND DOORS
EN 12155:2000 Air permeability
EN 1027:2000 Watertightness
EN 12211:2000 Resistance to wind load
CURTAIN WALLING
EN 12155:2000 Watertightness
EN 12153:2000 Air permeability
EN 12179:2000 Resistance to wind load
Width 4000 mm
Height 4000 mm
Depth 200 mm
INTERNAL CHAMBER DIMENSIONS
Free standing chamber
Over head Crane
Test piece fixation in sample chamber
Positive or negative rapid changes for test
pressure.
± 10 % of accuracy about measuring the
quantity of water supplied
± 5 % of accuracy about positive or negative
test pressures, steady or fluctuating applied
across the specimen ± 5 % of accuracy about air flow into or out
of the chamber
Adjustable device for spraying water as 2 L/ m2×min
(m2×min)
CHAMBER FOR TESTING WATERTIGHTNESS, AIR PERMEABILITY AND
RESISTANCE TO WIND LOAD OF FACADE WINDOWS, DOORS AND
CURTAIN WALLS, TEST SPECIMEN 4 m X 4 m ,
FR-TEST- WIN. 400
Measuring amount of water supplied within an accuracy of 10 %.
Measuring range of test pressure: 0 Pa to 4000 Pa
The display and measuring range of air leakage: 0 m3/h to 10 m3/h.
Corrosion protected materials
Closed circulated water system.
Amount of water supplied within an accuracy 10 %
Range of test pressure 0 Pa to 4000 Pa
Range of air leakage 0 m3/h to 100 m3/h.
Angle of Spray 110º -120º
Pressure working range 2-5 bars
Top row nozzle 2 L/min ± 0,2
Nozzle rate 1 L/min ± 0,1 (selectable)
SPRAYING SYSTEM
Applies a continuous regularly dispersed film of water
Circular cone nozzles
WINDOWS AND DOORS
EN 1026:2000 Air permeability
EN 1027:2000 Water-tightness
EN 12211:2000 Resistance to wind load
CURTAIN WALLING
EN 12153:2000 Water-tightness
EN 12155:2000 Air permeability
EN 12179:2000 Resistance to wind load
INTERNAL CHAMBER
DIMENSIONS
Width 3000 mm
Height 3000 mm
Depth 200 mm
± 10 % of accuracy about measuring the quanti-
ty of water supplied
± 5 % of accuracy about positive or negative
test pressures, steady or fluctuating applied
across the specimen ± 5 % of accuracy about air flow into or out of
the chamber
Free standing chamber
Overhead Crane
Test piece fixation in sample chamber
Positive or negative rapid changes for test
pressure.
SPRAYING SYSTEM
Applies a continuous regularly dispersed film of water
Circular cone nozzles
Angle of Spray 110º -120º
Pressure working range 2-5 bars
Top row nozzle 2 L/min ± 0,2
Nozzle rate 1 L/min ± 0,1 L per nozzle
(selectable)
GUARDED HOT BOX
DETERMINATION OF THERMAL TRANSMITTANCE
EN ISO 8990:1996 Thermal insulation
EN 12412-2:2003 Thermal performance of windows,
doors and shutters
EN 12412-4:2003 Thermal performance of windows,
doors and shutters (Part 4 Roller
shutter boxes )
EN ISO 12567-1:2010
+ AC: 2010 Thermal performance of windows
and doors, Part 1: Complete windows
and doors
EN ISO 12567-2:2005 Thermal performance of windows
and doors,Part 2: Roof windows and
other projecting windows.
Instrumentation and automated control
Metering box walls
Automatic data acquisition and documentation
Sample plate sıze 300x300 mm
U-factor range (0.1 - 4) W/(m2×K)
Temperature range (Cold) 18°C to +5 °C
Temperature range (Warm) +5 °C to +40 °C
Accuracy ± 5%
Power Supply 3 x (380-400) V, 50 Hz
GUARDED HOT PLATE APPARATUS
Thermal Cunductivity 5 Mw/(m-K)
Thermal Resistance 0,2 (m2×K)/W
5 (m2×K)/W.
Sample Plate Size 300x300 mm
Sample Size 10 mm - 200 mm
Temperature
Plate Size
10 °C and 40 °C
5 K to 15 K
Reproducibility < 0.5%.
Accuracy < 1%.
Power Supply 220 V—50 Hz
FR TEST HTPL F 300-XM
ISO 8302:1991 Thermal insulation
EN 1946-2:1999 Thermal performance of building
products and components .Part 2:
Measurements by guarded hot plate
method.
EN 12664:2001 Dry and moist products of medium
and low thermal resistance
EN 12667:2001 Products of high and medium ther-
mal resistance
EN 12939:2000 Thick products of high and medium
thermal resistance.
FR-AG 45
Horizontal Rotating
Table
Table Diameter 750 mm
Rotation 30 ± 1
Test Track
Inside Radius 120 mm
Outside Radius 320 mm
Width 200 ± 0.5
Hardness 200 HB 2.5/187.5
Specimen Holder U Frame
Thickness 40 mm 5 ± 1 mm
Test Force 295 +-1 N
Power Supply 380-400 V - 50 Hz,
1 or 3 phase.
Accessory:
Artificial corundum sand
EN 13892-3:2014
EN 13892-3:2014
EN 14157:2004 Natural stone
EN 1338:2003 Concrete paving blocks
EN 1339:2003 Concrete paving flags
EN 1340:2003 Concrete kerb units
EN 13892-3:2014 Screed materials
BÖHME ABRADER FOR DETERMINATION OF
WEAR RESISTANCE
DATA LOGGER FOR VIBRATING WIRE SENSORS
Channel Quantity 16
Measurement Accuracy ± 0.05%
Power Supply 220 V—50 Hz
QUALITY DOCUMENTS
ASTM D4435-84:1998 Clauses 1 to 10
ASTM D4436-84:1998 Clauses 1 to 11
EN 5080-1:1993 Clauses 7, 8 and 9
DIN 21521-2:1993 Clauses 6 and 7
EN 124:2011 Clause 8
EN 1537:2011 Clause 9
EN ISO 9969: 2009 Clause 8
SRPS U.M1.046:1984 Clauses 1 to 5
SRPS U.M1.047:1987 Clauses 1 to 6
PREFERENCES
Subsequent compression test-
ing 0.0006d
Rotating grinding head power 3.2 kW
Rotating grinding head power 1500 RPM
Radial displacement of the unit Right-left swing
Base table 100 mm cubes (three) 150 mm cubes (three)
Vertical clearance and travel of
the grinding head 200 mm side length
Cylinders 150 mm / 300 mm
Height
Power Supply 380-400 V, 50 Hz, 3
ph.
PREFERENCES
QUALITY
DOCUMENTS
EN 12390-2:2009
EN 12390-1:2012 Size and shape of the
samples
GRINDER FOR CONCRETE SAMPLES
Grinding head abrasion sectors impregnated with
diamond.
ACCESSORY:
Base table cylinders Ø 150 mm
Cubes side lengths 100 mm,
150 mm
200 mm
Clamping 100 mm cubes (three)
150 mm cubes (three)
TEST EQUIPMENT FOR COMPRESSION STRENGTH, FLEXURE
STRENGTH, ELASTIC MODULUS, AND SPLITTING TENSILE
STRENGTH OF CONCRETE
EN 12390-4:2000 Part 4: Compressive strength
EN 12390-3:2009 Part 3: Compressive strength
of test specimens
EN 772-1:2011 Part 1: Determination of
compressive strength
EN 12390-5:2009 Part 5: Flexural strength of
test specimens
EN 12390-6:2009 Part 5: Flexural strength of
test specimens
EN 12390-13:2013 Part 13: Determination of
secant modulus of elasticity in
compression
EN 1338:2003
+ AC:2006 Concrete paving blocks
EN 1339:2003
+ AC:2006 Concrete paving flags
EN 1340:2003
+ AC:2006 Concrete kerb units
Servo-hydraulic system
Hydraulic pump with oil-flow control
220-230 V / 50 Hz Power supply
The most advanced ultra-sonic test system for accurately identifying basic characteristics of
coarse grained materials such as concrete, wood, masonry, ceramic, graphite and more!
ÜRÜN MODELİ DE-ĞİŞCEK!!!
Applications
Locate Honey Combs and Voids in Concrete
Locate Cracks in Concrete, Ceramics, Masonry or Stone
Determine Fire Damage Extent in Concrete or Masonry
Crack Depth Determination
Determining Young's Modulus ( with optional Shear Wave Transducers )
Find Hidden Areas of Rotting Wood
Features & Benefits
System has a direct digital read-out of transit time, and read out of wave form on daylight display,
back lit LCD.
Rugged and splash resistant case is built for tough construction environments. Portable, and light
weight with both rechargeable battery and standard A-C power.
Includes a signal and trigger output for use with external oscilliscope or other data input device. Di-
gital calibration means no special bar required. Trigger levels and Signal amplification can be digitally
adjusted.
USB interface for computer control. Velocilinx™ software allows complete control of the system as
well as data upload to a PC and data analysis.
Direct reading of calculated P-wave velocity and S-wave velocity. The unit can also calculate modu-
lus of elasticity of material using optional S-Wave Transducers. Direct reading of Poisson's ratio.
Product Information
Concrete
The (ÜRÜN İSMİ YAZILACAK!!!!!!!) is widely used and accepted for quality control and inspection of
concrete. It can measure and correlate concrete strength to standard strength measurement, permitting non-
destructive testing of complete structures. It will identify honeycombs, voids, frozen concrete, cracks and
other non-homogenous conditions in concrete. Ultrasonic testing can be applied to new and old structures,
slabs,
Columns, walls, fire damaged areas, hydroelectric structures, pipe, prefab and pre-stressed beams, cylinders
and other concrete forms. A wide range of transducers are available.
Ceramics
(ÜRÜN İSMİ YAZILACAK!!!) has been successfully applied to a range of ceramic products--including tile,
refractory bricks and blocks, and kiln furniture--as well as graphite. In an increasing number of refractory
and ceramic applications, the ultrasonic pulse velocity testing technique has been used with positive results.
UPV testing has enabled users to improve their production processes, increase the integrity and quality of
their products, and reduce scrap and reject rates-thereby saving both time and money. In today's economy,
such bottom-line benefits are difficult to ignore.
Frequency range 24 to 500 kHz, based on transducers selec-ted.
Receiver sensitivity 250 micro volts, between 30 kHz and 100 kHz.
Receiver input impedance approximately 100 k Ohms.
Transit time measurement 0.1 to 6553.5 microseconds, direct digital display.
Measurement accuracy 0.1 microseconds.
Transmitter output pulse 1000/500V, 2 microseconds.
Transmitter pulse group rate selectable 1, 3 or 10.
Gain Selection 1, 5, 10, 25, 50, 100, 250, 500
Battery 14 Volt. 4-10 hours continuous use (Lithium Ion).
Display 320 by 240; backlit for daylight use.
Storage 1800 plus readings
Software Windows XP compatible.
Temperature 0° - 50°C
Instr. Weight 6 lbs. (2.75 Kg)
Ship Weight 17 lbs. (7.7 Kg)
Dimensions 4.5" x 8.5" x 10.5" (114.3mm x 223.5mm x 267mm)
TECHNICAL FEATURES
WATER IMPERMEABILITY APPARATUS FOR CONCRETE
EN 12390-8:2009
The device’s
water pressure
during testing
500 kPa ± 50
kPa.
holding water
pressure time
72 Hours
Monitors the quantity of water that
enters the test specimen
Compressor
Water pressure regulation.
Manometer
Corrosion protected materials
ACCESSORIES
Gasket 200 mm / 150 mm
CONCRETE TEST HAMMER
Digital hammers for the quick and easy determination of the strength of concrete.
Product Information
FORE digital test hammers are an advanced, completely automated system for estimating concrete
compressive strength. Its calculation, memory and recording functions allow for quick, easy and accu-
rate test results.
Discard values for multiple test results can be set; the mean, median and compressive strength can also
be calculated. The addition of modern microprocessor technology allows the data to be stored, printed
and transferred to a personal computer for further analysis, or inclusion in your reports.
The unit comes with an integrated alpha “ numeric digital display, and control panel. You can switch
between standard or metric units.
The field printer mounts on the belt for ease of use. Connection to a personal computer is via the RS-
232 interface.
Automatic calculation of mean rebound number, compressive strength and more; Field Printer, PC
connection and software for downloading.
Automatic calculation of mean rebound number, compressive strength and more; Application: Rapid
estimate of concrete strength.
Display 2x16 Trans “ reflective
Construction All Aluminum for rugged construction environment
Operating Temperature 0° to 50° C (32° to 122° F)
Batteries 2 ˜AA™
Ap. Size 100mm x 100mm x 270mm ( 4 x 4 x 10 )
Ap. Weight 1.6 Kg ( 3.5 lbs.)
Printer Size 64mm x 49mm x 31mm ( 2.5 x 1.9 x 1.2 )
Weight: up to 0.270 kg ( 0.6 lbs ) with paper
Battery Internal Lithium ion with 1 yr. approximate life
Charger 100VAC “ 240VAC 5 VDC 3.0A
Operating Temperature 0° to 50° C (32° to 122° F)
Software Windows PC Compatible / USB interface required
Impact energy 2.207 N.m+- 10%
Measurement Range 10 MPa to 70 MPa
Display Resulation Average 0.2 MPa
Compression Strenght MPa
TECHNICAL SPECIFICATIONS
EN 997:2012
EN 14688:2006
EN 997:2012
EN 14688:2006
EN 14688:2006
TESTING APPARATUS FOR STATIC LOAD OF SANITARY
WARE
QUALITY STANDARDS
Fixation of wall hung WC pans and wash basins Laying wooden beam 100 mm
Cross Section 100 mm
TEST ARRANGEMENT
LOADING MECHANISM
Vertical load 1.5 ± 0.01 kN
Non-Corroding protected materials
TESTING EQUIPMENT FOR WC FLUSH
EN 997:2012 WC pans and
WC suites
with integral
trap.
EN 997:2012 5.2.3, 5.2.4,
5.2.6, 5.7.2.4,
5.7.2.5,
5.7.2.7, 6.10
EN 997:2012 Annex A
EN 997:2012 Annex C
QUALITY STANDARDS
Pressure transducer
Non-Corroding Protected Materials
220 V - 50 Hz Power Supply
EQUIPMENT FOR DETERMINATION OF FREEZE/THAW
RESISTANCE OF MASONRY CLAY UNITS AND PAVING BRICKS
QUALITY STANDARDS
EN 1344:2013 clauses 4.2.2, annex C
EQUIPMENT FOR TESTING CERAMIC TILE ANTI-SLIP PROPERTY - SLIPPERI-
NESS METERING PLATFORM
TECHNICAL SPECIFICATIONS
DIN 51130:2014-
02
Workrooms and fields of
activities with slip dan-
ger
DIN 51097:1992-
11 wet-loaded barefoot are-
as;
Panel Holder
Dimansions 100 cm x 50
cm
Inclination
precision
0,1°
Range of
working an-
gles
0°-45°.
QUALITY STANDARDS
Sturdy construction
Actuator Controlling System
Non-corroding or corrosion protected materials
220-230 V - 50 Hz. Power supply
ACCESSORY
Operator shoes DIN 51130:2014-02
Inclination precision 0,1°
Range of working angles 0°-45°.
Sole material IRHD hardness 72 ± 2
Calibration boards DIN 51130:2014-02
VENTILATED DRYING OVEN
Inner chamber volume 0.75 m3
Temperature 50 °C - up to 250 °C
Thermostatic control 110 °C within ± 5 °C
Power supply 220 V - 50 Hz
QUALITY STANDARDS
Forced air circulation
Non-corroding materials
Digital display
Over-temperature safety
Perforated shelves of non-corroding materials.
TECHNICAL SPECIFICATIONS
EN 932-5:2012 Standards for testing for
general properties
EN 932-5:2012/
AC:2014 Standards for testing for
general properties
EN 1097-5:2008 Tests for mechanical and
physical properties
DRYING OVEN WITH NATURAL CONVECTION
Inner chamber volume 0.5 m3
Adjustable Temperature 50 °C to - up to 290 C
Thermostatic control 110 °C within ± 5 °C
Power supply 220—230 V - 50 Hz
QUALITY STANDARDS
Natural convection
Non-corroding materials
Digital display
Digital thermoregulation
Over-temperature safety
Perforated shelves of non-corroding materials. Electronic timer
TECHNICAL SPECIFICATIONS
EN 772-11:2011 Determination of water
absorption
EN 772-3:1998 Determination of net
volume and percentage
of voids
EN 539-2:2013 Determination of physi-
cal characteristics
EN ISO 10545 Series of international
standards on ceramic
tiles - parts 1 - 16
