The SYSCAL resistivity instrument was introduced to China due to its strong signal penetration and high stability characteristics. It has superior technical features. On the basis of ensuring exploration accuracy, in order to improve exploration depth, IRIS Company integrated an external high-power transmission system and the SYSCAL receiving system into a deep mineral exploration system several years ago, and achieved good results. An output of 3000V and 10KW has been achieved.
The SYSCAL Pro is a high-density electrical method instrument integrating a transmitting system, a receiving system and a multi-channel conversion unit. It is powered by a 12V battery and can quickly achieve depth and profile measurement.
The Syscal R1 Plus resistivity meter is specially designed for medium-depth exploration. The transmitter has an output voltage of up to 200W or 800Vpp and 2-channel reception. It is an efficient resistivity measurement tool. The Syscal R1 Plus Switch can observe resistivity and charge rate (excitation (IP) parameters). It is equipped with a built-in 200W transmission source and a 24/48/72-pole multi-channel conversion circuit, featuring automatic multi-channel conversion.
The Syscal R2 resistivity meter is a high-power direct current observation system, which can be applied in groundwater exploration, environmental engineering research, engineering exploration, geological structure investigation and mineral exploration, etc.
The SYSCAL Kid/Kid Switch shallow resistivity meter is tailor-made for shallow resistivity imaging. It is equipped with 24 high-density acquisition modules and uses two 12-maximum lines to connect the electrode arrangement to achieve automatic electrode conversion. It is an ideal device in fields such as archaeology, geological mapping, and civil engineering.
The SYSCAL Junior/Junior Switch resistivity meter is a two-channel resistivity meter. The Syscal Junior Switch is a brand-new integrated high-density resistivity imaging system, with a built-in 100W emission source and 24/48/72 pole multi-channel conversion circuits. Through predefined pole running modes, The system will automatically carry out all the electrode conversion work of the direct current method along the arrangement.
