Multi-Function Ventilation Meter

TSI VelociCalc 9565

Year of construction: 2024, condition: new, machine/vehicle number: H3000-H5000TM, Universal testing machine H3000TM-H5000TM according to DIN EN ISO 7500 The universal testing machine of the H3000TM-H5000TM series is a single-spindle machine, a robust construction made of aluminum and V2a with ball screws, ball bushing guides and toothed belt drive. The bellows cover protects the spindle and guides. The testing machine is microprocessor controlled and has a membrane keypad. The 2-line LCD display shows the force and travel. The testing machine can be used as standalone or with a PC via USB interface. The displacement is measured by means of an encoder 0.01 mm visible resolution on LCD (internal 0.0001mm). The machine is manufactured with a standard load cell: 0.03% linearity and the corresponding calibration. Optionally it is possible to add a second channel for a second load cell or a displacement transducer. The universal testing machine is manufactured with two different travels, 500mm or 1200mm (without load cell and testing tool). Further scope of delivery: One load cell up to nominal load, 220 Volt cable, USB cable, description, CE declaration of conformity. For more information, please refer to the attached description. Cedpfoiq Hxkjx Agzegp Load cell 3000N-5000N Measuring range: 5-5000N tension and compression, with nom. 2mV/V output signal, overload protection: +/- 1000%, linearity: +/- 0.05%, hysteresis: +/- 0.03%, repeatability: +/- 0.02%, with, incl. 1.5m connection cable incl. calibration certificate Long travel extensometer HE 900mm measuring travel, measuring arms motorized, including electronics Accuracy class class 1 from 1mm travel according to DIN EN ISO 9513 Measuring principle optical incremental Measuring path 900 mm , minus measuring length Display error 6 µm or 2 Resolution 1 µm Actuating force 10 cN Standard initial device measuring length (Lo) 10-100 mm, in 5 mm steps Lo adjustment is manual Measuring arm opening and closing is motorized specimen diameter 0-30 mm specimen thickness 0-30 mm sample width 0-100 mm Weight approx. 32kg Scope of delivery strain gauge complete with electronics Cutting edges round: 1 set each carbide / rubber wear parts measuring blades optional rectangular cutting edges ATTENTION: When using optional cutting edges a readjustment of the lo a readjustment of the lo stop is necessary.

Condition: used, Year of construction: 1996, diameter / mm workpiece length / mm length / mm MITUTOYO SURFTEST SV-500 Roughness tester with OLZE measuring plate Size: 600 x 600 x 80mm Target µm: 16 Actual µm: 10,00 Own weight: 85kg Information on the scope of delivery The package contains only the ordered product. Additional decorative items or other items shown in the product images are not included in the delivery. Cgedjtvm Smspfx Agzop

Condition: new, Year of construction: 2025, total height: 4,000 mm, total length: 7,000 mm, total width: 3,000 mm, warranty duration: 24 months, temperature: 80 °C, air demand: 36,000 m³/h, input voltage: 380 V, heating capacity: 345 kW (469.07 HP), power: 40 kW (54.38 HP), fuel: liquid petroleum gas (LPG), energy consumption: 40 kWh, insulation material: Mineralwolle, insulation thickness: 50 mm, nominal power: 345 kW (469.07 HP), Equipment: lighting, MAIN STANDARD Our paint booths are designed to meet all necessary requirements for paint application, including air filtration, extraction, lighting, and a controlled environment. Booth processes are managed via a PLC system, ensuring that desired values are maintained consistently. Cedpfx Agewzmcbszsgp OPERATING PRINCIPLES OF THE BOOTH The booth’s processes are managed through a control panel, which oversees the following steps: PAINTING PROCESS During painting, 100% fresh air is drawn in from outside and passed through front filters before entering the distribution chamber at ambient temperature. The air is then expelled through the extraction unit. Floor filters (paint stop filters) collect paint particles, and the air passes through final exhaust filters before being discharged. FLASH-OFF PROCESS After painting, the booth continues operating for approximately 15 minutes to purge residual solvents and thinners. During this phase, fresh air circulates from outside into the booth. DRYING PROCESS In this stage, 80% of the air passing through the booth is heated to 60°C and introduced via a distribution system. Since 20% of the solvent is released during drying, it is expelled with the exhaust air. Industrial coatings are typically dried at 60°C, but the booth temperature can be adjusted as needed via the control panel. COOLING PROCESS After the 30-minute drying cycle, the coil is deactivated via the control panel, the pneumatic damper closes, and the extraction system restarts. During the subsequent 5-minute cooling phase, fresh air from outside circulates through the booth, after which the system shuts down automatically. ELECTRICAL AND ELECTRONIC EQUIPMENT These control panels govern the functions and operation of machines and devices housed within the booth. The panel is made of durable galvanized sheet and steel profiles and is fully enclosed to protect against dust and moisture. Electrical Equipment and Control Panel: • The control panel contains essential components such as circuit breakers, fuses, indicator lamps, thermal relays, contactors, and connectors. • Heat-resistant cables are used for command and control connections between the control panel and motors or other electrical devices. • Electrical wiring is designed to accommodate booth relocation if needed. • Operating equipment uses 380 V 50 Hz, while control devices operate at 220 V. • The booth’s operation time can be monitored on the electronic control panel, enabling straightforward maintenance scheduling. • Temperature and time settings for booth ventilation (solvent flash-off), intermediate drying, and final drying can be easily adjusted to required values on the digital display of the electronic control panel. • Users can monitor and adjust the drying time using the heating thermostat and time relay.

Condition: refurbished (used), Available rubber testing equipment 1 x Alpha Production MDR Rheometer (optionally in container with pneumatic sample punch) Csdpfowmnlhex Agzegp The device has been inspected, calibrated, and equipped with new software on a new tower PC!

Condition: new, Year of construction: 2026, Powder coating booths, sizes defined by customer, Additional equippment possible. Cgodsizw Hyspfx Agzep

Condition: used, Hardness tester, hardness measuring machine, hardness tester, impact hardness tester Csdpfshck U Sox Agzjgp -Handover: in its current condition as inspected -Tool set: incomplete -Hahn & Kolb: mobile hardness testing device -Individual components: see photos -Box dimensions: 355/190/H95 mm -Weight: 5.4 kg

Condition: new, Year of construction: 2025, functionality: fully functional, total height: 5,600 mm, total length: 11,200 mm, total width: 5,100 mm, type of input current: three-phase, warranty duration: 24 months, inner dimension height: 4,970 mm, inner dimension length: 11,000 mm, temperature: 80 °C, inner dimension width: 5,000 mm, air demand: 52,000 m³/h, input voltage: 380 V, heating capacity: 250 kW (339.91 HP), power: 45 kW (61.18 HP), fuel: liquid petroleum gas (LPG), input frequency: 50 Hz, energy consumption: 45 kWh, insulation thickness: 50 mm, nominal power: 250 kW (339.91 HP), sheet thickness steel (max.): 2 mm, Equipment: lighting, * Air Preparation Unit: The air preparation unit is a recirculation system that supplies the cabin with filtered fresh air and exhausts used air during the painting process. It heats the air to 60 °C, mixes the used air with 10% fresh air via an automatic multi-damper system, and reheats the air before routing it back into the cabin. The air is heated using a burner and a heat exchanger, both made of high-quality 304 stainless steel and housed within the fresh air unit. During painting, the air is filtered twice (via front and ceiling filters) before it enters the cabin. The contaminated air is also filtered twice (through inlet and outlet filters) before it exits via the exhaust unit. Air preparation units are insulated like the side walls to minimize heat loss and are protected against potential vibration and noise thanks to rubber seals on the covers. The exhaust air is regulated by a damper in the outlet duct, which helps control the internal pressure of the cabin. * PRINCIPLES OF CABIN OPERATION: The processes in the cabin are controlled via a control panel that manages the following steps: * PAINTING PROCESS: During painting, 100% fresh air is drawn in from outside and passed through front filters before entering the distribution chamber at ambient temperature. The air is then expelled by the extraction unit. Floor filters (paint stops) capture paint particles, and the air passes through the final exhaust filters before being discharged. * FLASH-OFF PROCESS: After painting, the cabin operates for approximately 15 more minutes to purge residual solvents and thinners. During this phase, fresh air from outside continues to circulate in the cabin. Codswzl Hxopfx Agzegp * DRYING PROCESS: In this phase, 80% of the air passing through the cabin is heated to 60 °C and supplied to the cabin via a distributor. As 20% of the solvent is released during drying, these solvents are expelled with the exhaust air. Industrial coatings are typically dried at 60 °C, but the cabin temperature can be adjusted via the control panel as required. * COOLING PROCESS: After the 30-minute drying process, the coil is deactivated via the control panel, the pneumatic damper closes, and the extraction system restarts. During the 5-minute cooling phase, fresh air from outside circulates in the cabin, after which the system stops automatically. ELECTRICAL AND ELECTRONIC EQUIPMENT: These control panels manage the functions and operation of all machinery and devices inside the cabin. The control panel is constructed from durable galvanized sheet metal and steel profiles and is fully enclosed to protect against dust and moisture. Electrical devices and control panels: • The control panel contains essential components such as circuit breakers, fuses, indicator lamps, thermal relays, contactors, and connectors. • Heat-resistant cables are used for command and control lines between the panel and motors or other electrical devices. • Electrical wiring is designed to allow for cabin relocation if necessary. • Operating devices use 380 V 50 Hz, while control devices use 220 V.

Condition: used, Year of construction: 1957, brinell hardness 250 kg Csdpfsu T R Tkox Agzsgp rockwell hardness 150 kg throat 130 mm checking height 300 mm weight of the machine ca. 0,150 t dimensions of the machine ca. 650 x 530 x 1550 m Tests possible by system Rockwell, Vickers, Brinell. This device is a used one. Therefore we sell it without warranty.

Condition: used, SPECTRO SPECTRO MAXx / LMM04 Cjdpfx Agjybcfkezsgp Description: For sale is an optical emission spectrometer SPECTRO MAXx, designed for professional metal and alloy analysis. The instrument is suitable for rapid and precise determination of the chemical composition of metals such as steel, cast iron, and various non-ferrous alloys. This is a proven industrial device, commonly used in foundries, laboratories, and for quality assurance. Device and Maintenance Information: - The device has been covered by a maintenance contract and maintained professionally on a regular basis. - Several programs have been calibrated annually. - Last maintenance: 22.12.2023 - Operates without a vacuum pump – flushing is performed exclusively with argon. Regularly calibrated programs: - Fe-10, Fe-15, Fe-30 - Al-10, Al-20 - Cu-20 Overview of installed programs: - Fe-01-M / Fe-10 – low alloy steel - Fe-01-M / Fe-30 – Cr / CrNi steel - Fe-15-M / Fe-15 – free-cutting steel - Al-01-M / Al-10 – pure aluminum - Al-01-M / Al-20 – AlSi alloy - Cu-01-M / Cu-20 – CuZn alloy Technical Data: Device Details: - Device type: Optical Emission Spectrometer (OES) - Manufacturer: SPECTRO / AMETEK - Model: SPECTRO MAXx - Construction: Benchtop unit Electrical Data: - Power supply: 115 / 230 V AC - Frequency: 50 / 60 Hz - Power consumption (operation): approx. 400 VA - Power consumption (standby): approx. 180 VA - Fuse: 16 A (slow-blow) Gas Supply: - Operating gas: Argon (Ar) - Argon purity: min. 4.8 (99.998%) - Inlet pressure: approx. 7 bar Argon Consumption: - Stand-by: approx. 6 l/h - Continuous operation: approx. 23 l/h - Analysis operation: approx. 200 l/h Environmental Conditions: - Operating temperature: +10 °C to +30 °C - Relative humidity: 20–80%, non-condensing Dimensions & Weight: - Size (W × D × H): approx. 600 × 740 × 460 mm - Weight: approx. 60 kg Important Note: The table shown in the photos is not included in the sale. Condition: Used Scope of delivery (see images): - SPECTRO MAXx spectrometer - PC with monitor, keyboard, and mouse - Argon unit - Original manuals and software media Subject to change and errors in technical data. For further questions, we are happy to assist you by phone.

Year of construction: 2000, condition: good (used), Residual Oxygen Meter for checking the gas content in insulating glass. Dimension: Width: 245mm, Cedpfoht Evpjx Agzjgp depth: 185mm, height: 95mm, Weight: about 3kg