Zwick Universal Testing Machine Z30

ZwickRoell Universalprüfmaschinen Z30

Year of construction: 2018, condition: like new (used), functionality: fully functional, TECHNICAL DETAILS Load cell: 2 pcs Xforce K Testing software: testControl II & testXpert III Load cell: Xforce K Measuring amplifier: DCSC module Documentation: available FURTHER TECHNICAL DETAILS - as per documentation, no guarantee Maximum test force Fmax: 50 kN Total height of the testing chamber: 1,534 mm Height of the lower testing chamber without attachments: 1,355 mm Height of the upper testing chamber without attachments: 1,369 mm An additional crossbeam is required for the upper testing chamber. Testing chamber width: 440 mm Load frame Load frame height without uprights: 1,714 mm Load frame height with uprights: 1,829–2,694 mm Load frame width without uprights: 760 mm Load frame width with uprights: 936 mm Load frame width with uprights and machine electronics: 1,124 mm Load frame depth: 140 mm Load frame depth without uprights and with drive base: 507 mm Load frame depth with uprights: 762 mm Godpfx Aszpw Hdjfrsuh Load frame depth with uprights and machine electronics: 765 mm Weight and footprint Weight with machine electronics, uprights and typical attachments: approx. 300 kg Net footprint: 0.01 m² Load frame footprint: 0.713 m² Average sound pressure level at maximum speed at a distance of 1 m from the front of the machine: 61 dB(A) Drive Crossbeam speed: min. 0.0005 mm/min to max. 600 mm/min Crossbeam return speed: max. 1,000 mm/min Deviation from the set drive speed: max. 0.05% of the actual value Drive path resolution: 0.317891 nm Positioning repeatability without direction reversal: ±2.0 µm Adaptive control Cycle time: 1,000 Hz Power input Power connection plug CEE 7 (Schuko) Power connection: 230 V, 1 Ph/N/PE Power consumption at full load: approx. 2.3 kVA Mains frequency: 50/60 Hz Mains-side protection of the power connection cable: 16 A Safety functions The drive is equipped with a mechanical holding brake. When switching off, when the emergency stop is activated, or in the event of a power failure, the material testing machine stops at the current position. Unintended unloading due to energy stored in the specimen is prevented.