Reliable levels for the construction and building site
The Leica NA300 Series of automatic (optical) levels has been developed for professionals who are looking for the highest quality results day by day. With the many obstructions and uneven surfaces on construction and building sites, the levels NA300 levels rise to the occasion and ensure the straightest and safest construction possible. The NA300 Series is your reliable partner for accurate measurements and high quality results.Thanks to the ergonomic design, NA300 Series levels are convenient to operate. Add in the simple and easy handling of these levels, and you have the perfect partner on any job site.
Unique. Focused. Protected.
Professionals face many obstructions on site. Whatever the levelling challenge, Leica NA500 Series levels overcome. Rely on the known expertise of Leica Geosystems for the best quality and performance. On your terms, on your site, Leica Geosystems and the NA500 Series are your trusted partners for accurate measurements every time. Unlike other economical automatic (optical) levels on the market, the unique design of the NA500 Series features proven technology and provides the highest quality results in its class while working in the most ruggedof conditions
Superior performance with first-class service
The Leica NA700 levels defy the toughest of building site environments. Come rain or shine, in dazzling light or shade, these levels provide reliable and extremely precise measurement results. Even the vibration from heavy construction machinery does not affect their accuracy. Save time and money with no need for regular checks in the workshop or constant readjustment. When it comes to extreme robustness and optimum measuring accuracy, the Leica NA700 levels are hard to beat. Thanks to the constant application of the latest technology combined with the highest quality requirements during production, Leica NA700 levels enjoy an outstanding reputation across the globe.
• Leica TOTAL STATION ACCESSORIES
The most important criterion for a good tripod is its stability, quite explicitly, the torsional rigidity. With that, a very valuable, but not the only, argument for the original tripod from Leica Geosystems has been named. Other substantial benefits are the height stability under load and the minimal horizontal drift. Also not to be underestimated are advantages such as long life, optimal vibration dampening, water resistance, outstanding behaviour in solar radiation and their weight in relation to load-bearing capacity.
• TRIPOD HEAVY DUTY
The Professional 5000 Series consists solely of heavy duty wooden tripods providing highest stability. Best height stability, maximum torsional rigidity and minimal horizontal drift over long time periods. Suitable for instruments up to 15 kg. Recommended for the highest angle accuracy of 3" and less. Due to vibration dampening characteristics of the carefully selected beech wood, this series is highly recommended for use with motorised TPS instruments. With its height stability, this series perfectly complements the LS15 digital level.
• TRIPOD LIGHT DUTY
The Professional 3000 Series consists of high value, light duty tripods. Suitable for instruments with weights of under 5 kg. Optimised for maximum lifetime in most difficult of operating conditions. Available in either wood or aluminium, according to ¬application. GST05 wooden tripod suitable for non-motorised TPS instruments with angle accuracy from 5" to 7". Ideal tripod for mobile GNSS reference stations as well as static observations. GST05L aluminium tripod. Suitable for short-term prism stations on control points or as a light tripod for GNSS measurement campaigns.
• TRIPOD UNIVERSAL
The Professional 1000 Series consists of heavy and light tripods for demanding application conditions. The GST101 heavy wooden tripod is made from birch and proves itself for precise backsights and control points. The GST103 aluminium tripod is particularly suitable for automatic levelling as well as for prism stations with reduced accuracy requirements.
Similarly to the stability of the tripod, that of the tribrach is a significant factor in measurement accuracy. The torsional rigidity, the most important criterion of a tribrach, is constantly controlled and tested during its production. The maintenance-free foot screws of the Leica Geosystems tribrach provide movement that is always smooth and free of play, even after years of use. The precise alignment of the support area to the base plate of the instrument assures extremely accurate forced centring. The optical plummet is so robust that the need for adjustment during the entire lifetime of the tribrach is practically unnecessary. Its construction predestines the tribrach for all applications, including extreme temperatures and high dust and humidity.
• GDF 321 GDF 322
The hysteresis of the Professional 5000 Series tribrachs is guaranteed to a maximum of 1" (0.3 mgon) or better. The foot screws are maintenance-free and ensure a movement that is smooth and free of play, even in the most severe environmental conditions. The tribrachs in this series are recommended for all tasks that require angle measurements of under 3". Due to the minimal hysteresis, we recommend use of the Professional 5000 Series for all motorised instruments.
• GDF 311 GDF 312
The hysteresis of the Professional 3000 Series tribrachs amounts to a maximum of 3" (1.0 mgon). The foot screws are maintenance-free and have a larger diameter. This allows for fine adjustments, even when wearing work gloves under difficult environmental conditions. These tribrachs are suitable for non-motorised TPS instruments with angle accuracy from 5" to 7" and GNSS antenna stations as well as backsights and control.
• GDF 301 GDF 302
The hysteresis of the Professional 1000 Series tribrachs amounts to a maximum of 5" (1.5 mgon). The GDF101 and GDF102 are cost effective tribrachs which prove themselves in use under normal environmental conditions. These tribrachs are suitable for non-motorised TPS instruments with angle accuracy of 7" and single frequency GNSS antenna stations.
The Original carriers distinguish themselves through outstanding quality features. The high precision carriers of the Professional 5000 Series offer you a choice between a carrier with laser plummet, or optical plummet and longitudinal bubble for high accuracy positioning.
• GRT247, CARRIER WITH 5/8" THREAD FOR GS15
Simple carrier for use in tribrachs with optical plummet. For direct fitting of GS15 GNSS receiver. Reflector centring accuracy 1.0 mm.
• GZR3, PRECISION CARRIER WITH OPTICAL PLUMMET
With high accuracy optical plummet and longitudinal bubble for exact positioning over measurement points. Reflector centring accuracy 0.3 mm, plummet accuracy 0.5 mm at 1.5 m.
Perfect batteries and chargers
Leica Geosystems offers you a wide palette of high-value chargers and batteries. For chargers, you have the choice between the Professional 5000 Series with high functionality and intelligence and the Professional 3000 and 1000 Series, the costeffective alternatives with less function, but outstanding quality and security.
• INTELLIGENT CHARGER
High-end charger, optimally designed for batteries used by Leica Geosystems. Intelligent battery recognition and controlled charging for longest battery service life. Charging and discharging cycles to refresh old cells. Intelligent trickle charging ensures that fully charged batteries are always ready for use. Through intelligent charging bay concept all Li-Ion batteries are fully backwards compatible. Charge up to 4 batteries overnight.
• Multi-Functional Charger
Cost effective mains power supply to charge one battery at a time. Built-in battery recognition for optimal charging. Includes car adapter cable.
• Simple Charger
Can be directly plugged into CS field controller or docking station in order to charge batteries without removal.
The range of a prism results from, among other things, its coating and the glass geometry. A number of Original prisms from Leica Geosystems have a special coating on the reflective surfaces – the Anti-Reflex Coating, and a copper coating on the reverse side. Without these, the range of distance measuring, ATR and Powersearch would be reduced by up to 30%. The workmanship and the durability of the copper coating are decisive for a long life. The glass dimensions, the position in the holder and with it the areal orientation, are important for measuring accuracy.
Transparent choice
Leica Geosystems offers a transparent selection of prisms in various sizes for different areas of application. These are standard prisms, special prisms, mini prisms as well as monitoring prisms.
Professional 5000: HIGHEST ACCURACY Professional 3000: MAXIMUM LIFETIME Professional 1000: COST EFFECTIVE MEASURING
Centring Accuracy
Measurement errors occur if Original prism holders are not used. Substitutes are not configured according to Leica Geosystems criterion and often exhibit displacement between prism, holder and recording pin. The holder and the prism constitute a unit with which the centring and repeat accuracy is defined. The smallest dimensional change in the geometry of a glass prism or on the holder can lead to a deviation from the centring axis and thereby create measurement errors.
Range
The beam deviation of a prism defines the its maximum range, according to the principle "entering beam should equal the exiting beam". The smaller the beam deviation (measured in angle seconds), the greater the directly reflected signal strength to the sender optic. The returned signal quality defines the maximum range of a measurement.
Lifetime
In contrast to many conventional prisms, the reflective copper coating on the reverse side of Original prisms consists of a support coating, a vacuum-metallised copper coating, a protective coating and an overlying coat of lacquer. The special adhesive lacquer protects the underlying layers from corrosion and detachment. Working together, the copper coating and the lacquer increase the life of the prism significantly. An additional anti-reflex coating on the sensitive front surface of the prism provides a tough resistance to scratches. The production process of these coatings is so complex that only a very few manufacturers worldwide meet the requirements of Leica original prisms.
Measurement Accuracy
Measurement errors occur frequently at close ranges when prisms without anti-reflex coating are used, as the front of a prism always directly reflects a certain percentage of a signal. Errors occur in the use of prisms without copper coating on the back side when moisture droplets accumulate or the prism becomes foggy. Leica Geosystems therefore uses either the stated reflective coating or a patented system for the prevention of fogging and condensation.
The optimal prism for your application Leica Geosystems offers a transparent selection of prisms in various sizes for different areas of application. These are standard prisms, special prisms, mini prisms as well as monitoring prisms.
The optimal prism for your application
Leica Geosystems offers a transparent selection of prisms in various sizes for different areas of application. These are standard prisms, special prisms, mini prisms as well as monitoring prisms.
• Highest Accuracy
The prisms distinguish themselves through a centring accuracy of under 1mm and the best possible beam deviation of < 2" to achieve the maximum range.
• Maximum Lifetime
Optimised for common operating distances, these prisms exhibit a beam deviation of up to 8" The special working of the optical coating, unique on the market, provides an above average lifetime.
• Cost Effective Measuring
Despite its attractive cost-performance ration, the 1000 series fulfils the strict Leica Geosystems process controls as well as users’ high demands regarding lifetime.
Valuable, sensitive instruments and accessories are optimally protected in Leica Geosystems containers and bags. The hard-shell cases are subjected to drop tests and protect the contents with against drops, dust and splashing water. At the same time, the containers and bags are designed for maximum protection and the best possible carrying comfort.
The right pole for your task
Leica Geosystems offers you a large selection of high-value poles for all survey instruments and applications. The right pole choice is decisive if the indicated accuracy of an instrument is to be reached. The classifcation “heavy duty” and “light duty” is widely based on ISO Norm 12858-2. They differ through the stability requirements and instrument weight.
• GLS51 & GLS51F TELESCOPIC POLES
The GLS51 and GLS51F Telescopic Poles were developed with the Leica AP20 AutoPole, a unique smart system that boosts on-site productivity by enabling point measurements with a tilted pole, automatically measuring target heights up to 2.20 m, plus searching and locking to a specific target. The mechanical interface to the AP20 AutoPole ensures precise axis alignment for reliable tilt compensation and stable use in any pole handling, including when the pole is inverted. The reflector pole can be used with the AP20 sensor and also as a high-class passive pole (without AP20 features), providing the well-known analogue bubble and a printed height scale (metric or feet). GLS51 and GLS51F are compatible with existing surveying prisms and a lot of existing Leica Geosystems accessories such as pole clamps, bi-pods, prism adapters, and exchangeable pole tips. GLS51 and GLS51F come in a black design, in line with their high-grade carbon/glass fibre material.
• PRO 5000: GLS 30 & GLS 31
The Professional 5000 Series meets the highest demands for precision, reliability, longevity and service helping you achieve the best possible measurement accuracy with these products. We recommend this series for highest accuracy class poles. For use even in extreme conditions of –20 to + 50 °C, all working parts remain available years after product is discontinued. The chosen materials guarantee a maximum lifetime, even under the most extreme conditions.
• PRO 3000: GLS 12 & GLS13
The Professional 3000 Series meets high standards in ¬exactness, function, consistency and service. It is conceived for all applications where a positioning accuracy of 3 mm and more is sufficient. For use even in extreme conditions of –20 to + 50 °C with the most important working parts remaining available years after product is discontinued. The materials used provide a long lifetime, even under difficult conditions.
• PRO 1000: GLS102
The Professional 1000 Series reliably fulfils all requirements of the most common surveying tasks. For applications with required position accuracy in 10 mm range. For use only in normal to ¬demanding conditions of –10 to + 40 °C. Spare parts available only for selected products. The material selection ensures a long lifetime under normal ¬conditions
• Leica Geosystems storage media are perfectly matched to Leica Geosystems instruments and sensors. Compared to conventional devices on the market, that read or write single data, these instruments have a different functional principle. The TPS or GNSS instruments create a database on the memory card and switch constantly between different open files. Standard memory cards are unable to manage this required multi-tasking function. This leads to problems in data communication and is one of the main causes of data loss. Furthermore, the original storage media also function with highest reliability in extreme temperatures, handling shock and high humidity.
I) Eyepieces
The optical performance and quality from Leica Geosystems have set a worldwide standard, and this is naturally also true for the eyepieces and ancillary lenses for the instruments. This is important in order not to compromise the instrument optics with lower quality accessories. Eyepieces for comfortable observations of steep sights, up to the zenith, with thread connection. Solar filters for the objectives of all TPS instruments. Autocollimation and magnification eyepieces as well as covers for all eyepieces and lenses.
J) Data Transfer Cables:
The Leica Geosystems accessory program includes data transfer cables, power tension cables and antenna cables of the highest quality. For data transfer, Leica Geosystems offers serial and USB data cables. The data transfer over the cable from and to the instrument is therefore extremely reliable and secure, even in extreme heat, cold, snow and rain.
All Leica Geosystems cables are equipped with LEMO® plugs for outdoor use. The precision connections of recognised market leaders are found not only at Leica Geosystems, but also in other applications where similar quality demands are made, such as aviation, aerospace and medical technologies. A further significant quality component of the Leica Geosystems cable is its casing. It is constructed so that the cable can be stored at temperatures from –40°C to +70°C and functions reliably at operating temperatures from -20°C to +55°C while remaining elastic in handling. Last but not least, although not visible from the exterior, it is the cable material that determines the security of data transfer. The original cable contains only high-value cable casing, tested shielding and highly conductive copper litz wires. In other cables, such as “Leica-like” replicas, quite inferior value cable material, sometimes even with aluminium litz wires, is used. This aspect alone can lead to strong disturbances and transfer errors.
