technical description saltevent sc/kwt 1000

Technical Description

SaltEvent SC/KWT 1000

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Quotation number: xxxxxxxx Date: xx.xx.xx 2 / 10

Test whatever you like.

Standards for Corrosion Alternating Test Chambers SaltEvent SC/KWT

Standards

ASTM B 117 (2011)

ASTM G 85; A1 (2011)

DIN EN ISO 9227 (2017)

Bosch N42AP102 (1979)

DIN EN 60068-2-11 Ka (2000)

FIAT 50180 A1;A2;A3;B1 (2007)

ISO 9227; NSS (2017)

ISO 9227; AASS (2017)

ISO 9227; CASS (2017)

JIS Z 2371 (2015)

MIL STD 810 G, Meth.509.5 (2008)

MIL STD 202H, Meth.101 E (2015)

Renault D171058 (2009)

Volvo STD 5711, 102 (2005)

GMW 14729 (2007)

DIN EN ISO 6270-2 (KK) CH (2016)

DIN EN ISO 6270-2 (KFW) AHT (2016)

DIN EN ISO 6270-2 (KTW) AT (2016)

VDA 621-415 (1985)

Extract from the most important standards (national and international). This list is not exhaustive. Preparation and nature of the spray solutions as well as of admixtures can be found in the respective standard. All information is non-binding and without guarantee. The proof is not included in our quotation, but can be requested and offered separately. The factory acceptance test does not include the proof of all standards mentioned above.

Your standard is not listed? Contact us!

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Sophisticated technology. Perfectly crafted.

New design. More comfort. The brine is drawn from a reservoir according to the injector principle by means of humidified compressed air, and atomized in a spray channel via a binary nozzle. The humidification of the compressed air is carried out by introducing it into a pressure humidifier tempered by electric radiators. Spent brine is passed from the chamber through an in-floor drain that is coupled to a drain connection.

Precise control. Clever operation.

Control and regulation is taken over by the specially developed S!MPAC® measuring and control system. With the aid of the web server integrated into the S!MPAC® control system, S!MPAC® web, test, diagnostic and maintenance information can also be made available on the intranet. The web server also allows remote control of the test chamber.

It is operated via a simple, menu-driven user interface on a 7” web panel. The display provides information on the current target and actual values, its function keys are available for operation of the device.

We reserve the right to make any technical changes without prior notice.

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tested by The Fraunhofer Institute for Chemical Technology ICT has carried out a qualification examination of the corrosion salt spray chamber. Test Report No.: US 07916/2016 confirms compliance with the normative requirements.


Convincing technology. Reliable results.

PERFORMANCE DATA

Test space volume 1028 l

Temperature range Salt spray test

Condensed water test

5 K above ambient temperature up to +50 °C

5 K above ambient temperature up to +42 °C

Temperature stability in time1 ±1.0 K

Water consumption2 Salt spray test3


0.4 l/h

38.0 l

Compressed air consumption4 Salt spray test

Standard climates

1.4 m3/h

7.0 m3/h

Calibration values5

for test space temperature

Salt spray test


+35 °C

+40 °C

Calibration values 5

for pressure humidifier temperature

+49 °C

1 The evidence of temperature stability takes place at an ambient temperature of +23 °C ±2 K in the middle of the test space when this is empty and in

a steady state, without specimen, heat radiation and optional equipment.

2 Refer to the table on page 8 for information on the water quality.

3 At 35 °C.

4 At 0 °C and 1 bar.

5 The factory calibration of the temperature values is carried out with calibrated measuring equipment and documented with a certificate. A factory calibration of additional temperature values can be provided on request.

The performance data refer to +23 °C ±2 K ambient temperature, 230 V/50 Hz nominal voltage, without specimen and without optional equipment. The permissible ambient temperature is between +18 °C and +28 °C. The max. permissible humidity must not exceed 75 % RH.


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Technical data.

The alternating corrosion test unit is supplied ready for connection. It forms a compact unit and stands on 6 feet. All connections are located on the rear panel of the device.

TECHNICAL DATA

Test space dimensions1 height with hood

height without hood

width

width with spray duct

depth

mm

mm

mm

mm

mm

1140

720

1670

1560

645

1 Production-related tolerances of up to ± 10 mm are possible. 2 The outer dimensions listed must be taken into account when installing the Corrosion Test Chamber. 3On the right wall of the test space. 4 As a surface load. 5 The system can also be operated at 3/N/PE AC 380 V ±10% 50 Hz. In this case, the heating rate is reduced by approximately 10%. 6 Slow-blow, customer-side. 7 The noise measurements and sound levels are made according to DIN 45 635, Part 1, accuracy class 2.

Exterior housing dimensions2, H x W x D with hood

without hood

mm

mm

1370x2925x980

1120x2925x980

Spray channel dimensions3, H x W x D mm 625x250x110

Surface load4, max. kg 150

Load per insertion bar, max. kg 8

Total weight, empty kg 400

Power supply5 230 V, 1 PH, 50 Hz

Connected load, max. kVA 2.6

Mains plug Shock-proof socket

Fuse protection6 A 16

Noise emission as per EN 61000-6-4:2007 + A1:2011

Noise immunity as per EN 61000-6-2:2005

Sound level7 Salt spray test


dB(A) 63

66

The entire wiring and electrical system complies with the recognised rules of technology, the accident prevention regulations "Electrical systems and equipment" (VBG4) and the relevant VDE regulations.

Each function circuit is equipped with its own safety device that switches off the relevant function circuit or the entire chamber in the event of faults. The fault will be indicated visually.

The maximum permissible ambient temperature for storage is +55 °C (+131 °F). The permissible ambient temperatures for operating the system are +18 to +28 °C (+64 to +82 °F). We reserve the right to make any technical changes without prior notice.

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Test space

Storage area, max. 5 kg

Machine part

Colour touch display

Pressure controller and pressure gauge

Interfaces


Installation drawing.


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Main switch, lockable

Bars

Brine tank

Exhaust air connection

Power, water and compressed air connections

Place for optional ports (Nominal width 50, 100 mm)

Place for optional ports (Nominal width 50, 100 mm)

Front view

View from above


Installation drawing.


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Left side view

Exhaust air connection

Power, water and compressed air connections

Place for optional ports (Nominal width 50, 100, 150 mm)

410


Our basic equipment1.

EXTERIEUR

Exterior housing Material2

glass fibre reinforced polyester (GRP)

Exterior finish Housing Test chamber hood

RAL 7036 similar to RAL 7035

Brine tank 125 l

Humidification water Connection Pre-pressure Required water quality

R¾“ with flexible hose 2.5 m length min. 3 bar / max. 5 bar deionised, conductance 5–20 μS/cm

Condensation drain2 Connection PVC pipe R¾˝, counter-pressure free

Compressed air Connection Pre-pressure Required quality of compressed air

R¼“ min. 3.5 bar / max. 11.5 bar remaining pollution max. 0.2 mg/m3 as oil and dust (< 5 μm)

Exhaust air3 Connection Counter-pressure free, PVC pipe outer diameter 50 mm

INTERIEUR

Test space 4 Material2 Glass fibre reinforced polyester (GRP)

Test chamber hood Material2 Insulation

Glass fibre reinforced polyester (GRP) Double-walled

Specimen holder2 1 pcs for max. 17 standard sheets5

Specimens storage2 Bars6

Floor shelf

15 pcs at the top / 15 pcs at the bottom; 2 support strips for insertion bars 2 pcs, on the floor

Precision twin fluid nozzle2

in the spray duct 1 pcs, acrylic glass

REGULATION & CONTROL

Digital measuring and control system S!MPAC®

32-bit I/0 system with integrated soft PLC

Control unit with a 7” web panel, ergonomically positioned

1 The basic equipment corresponds to the scope of delivery.

2 The materials used in the testing equipment are corrosion-proof in the specified temperature range. Depending on the corrosive load, cleaning cycles should be carried out in order to remove possible corrosion products from the testing equipment.

3 Please note that the condensate / exhaust air is saline.

4 The test space is a low-emission space thanks to the use of tempered silicone parts. If, however, the test space should be entirely free of emissions, this requires technical clarification and can be offered on request.

5 Sheet dimensions, mm: 100 x 50 x 1.

6 The top and bottom insertion bars have different lengths.


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Our basic equipment.

1 Flash drive not included.


COMMUNICATION

Interfaces 1 Ethernet interface (100/10 Megabit) for integration in a network

1 USB interface for recording of measuring data on a flash drive1

Customer protocols ASCII-1, ASCII-2 and SimServ

SAFETY

Limit value monitoring system For test chamber and pressure humidifier temperature

Safety thermostat 1 per heater, with restart locking

Main switch Lockable

Password protection Up to 9 access levels freely configurable

Inspection system For information on runtimes and any malfunctions

OTHERS

Technical documentation 1 user manual for chamber

1 user manual for control unit

1 Service manual incl. PI diagram, wiring diagram and units/parts list

1 Declaration of conformity

1 Factory calibration certificate (WKD)

1 Quality inspection certificate

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Your additional equipment.


technical description saltevent sc/kwt 1000

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