MIT STRIKE 225-1 — digital rebound hammer for non-destructive testing concrete strength by the elastic rebound method. Designed for rapid determination concrete strength directly on construction site or when technical building inspection and structures.
Built-in threeaxis gyroscope automatically compensates the tilt angle when during tests — this key difference from base model STRIKE 225. Impact energy 2,207 J complies with international standardat hammers of type N.
Results are displayed on on colour 2,8-inch display. Memory — to 1000 test series and 100 000 impacts. Data transfer via USB and Bluetooth in application M-IT. Battery 3200 mAh — up to 3 days work.
The standard kit includes everything needed for immediate startup.
| Specification | MIT STRIKE 225-1 ★ | MIT STRIKE 20-1 |
|---|---|---|
| Price incl. VAT | 117 000 ₽130 000 | 117 000 ₽130 000 |
| Application | Concrete strength | Mortar strength in masonry |
| Measurement range | 10–60 MPa | 2–15 MPa |
| Impact energy | 2,207 J | 0,196 J |
| Gyroscope (auto-angle) | ✓ 3-axis | ✓ 3-axis |
| Display | 2,8″ IPS color | 2,8″ touchscreen 400×240 |
| Data transfer | USB, Bluetooth, M-IT | USB, 4G, M-IT |
| Memory | 1000 series / 100 000 beat. | Built-in |
| Battery | Li-ion 3200 mAh | Li-ion 3200 mAh |
| Battery life | up to 3 days | up to 3 working days |
| Weight | 1,186 kg | No data |
| Standardы | GOST 22690-2015 | GOST 22690-2015 |
| Warranty | 12 months | 12 months |
The MIT UZK MONOLIT 1-2K has two channels in its basic configuration. An additional reel turns it into a three-channel instrument, speeding up work on site. Laboratory head Denis Vorobyev demonstrates field operation and the advantages of two and three channels.
The MIT UZK MONOLIT 1-2K has two channels in its basic configuration. An additional reel turns it into a three-channel instrument, speeding up work on site. Laboratory head Denis Vorobyev demonstrates field operation and the advantages of two and three channels.
Overview of the MIT UZK MONOLITH multi-function device: ultrasonic integrity testing of bored piles using the cross-hole sonic logging (CSL) method per GOST R 71039-2022 and JGJ 106-2014. Automatic data processing and tomogram construction.
Overview of the MIT UZK MONOLITH multi-function device: ultrasonic integrity testing of bored piles using the cross-hole sonic logging (CSL) method per GOST R 71039-2022 and JGJ 106-2014. Automatic data processing and tomogram construction.
