CheckPoint’s Series FXS Solar Injection System was designed to provide a quality,low-maintenance,and environmentally friendly chemical injection solution.From its high-grade materials of construction (316SS,Hastelloy,and PVC)to its unique tripod stand, this system was designed with maximum utility in mind. The Series FXS Solar Injection System’s lightweight,portable,and sturdy design lends itself to easy mobility in the field.Each system is prewired with industry-standard MC4 quick connectors For both the panel and the pump,ensuring minimal installation and setup time.The entire system was designed to be effortlessly assembled by one person in as little as fifteen minutes.The front access enclosure containing its battery and charge controller is raised to an easy-access level that provides clearance for rain or snow.The integrated base allows the pump to dependably stand alone or to be easily bolted to a structure. This package can accommodate multiple plunger diameters ranging from 1/8” to 1/2”,which allows for a wide variety of flow rates and pressures. The pump can deliver up to 552.3 USG/D(1920.23 L/D) and can reliably inject into pressures up to 12,000PSIG(827.37 BARG). CheckPoint’s Series FXS Solar Injection System is optimized for continuous,reliable chemical injection,with precision flow rate control and no timers.Its Class1, Division2 pump motor ensures a heightened level of quality and safety. Each solar system is sized per application and uses a highly efficient pump designed and manufactured in-house by CheckPoint, ensuring battery longevity.In addition to diminishing the waste associated with battery failure, eliminating gas emissions further protects the environment. From its ease of installation and maintenance, to its wide range of flow rates and pressures, to its safety and environmental benefits, every aspect of this system’s design will optimize your chemical injection processes. For applications beyond those provided, please contact CheckPoint for a customized solution.

CheckPoint’s New LeakLess Head Technology boasts surprising results for even the most seasoned pump experts. Tested to more than 100 million strokes yet the seals did not reach failure. The LeakLess design was initially engineered to answer the industry’s historical appreciation for diaphragm pumps, while hoping for higher pressures and more consistent injection volumes. The product exceeded its goals and now stands to revolutionize CheckPoint's Patented products beyond even this model release. Paired with the Series SLA electric drive, the pump delivers up to 50.87 USG/H (192.56 L/H) and can reliably inject into pressures up to 13,500 PSIG (931 BARG) per head. It features a robust casing and a variable eccentric drive designed to withstand harsh conditions of oil and gas installations, and it contains minimal moving parts to further guarantee long-term reliability and superior uptime. The Series SLA electric pump's controlled volume pump specifications and high metering accuracy meet or exceed API674 and 675 standards. A nearly infinitely adjustable stroke length of 0-1 in (0-25.4 mm) ensures extremely precise and accurate dosing and a large turndown ratio of 10:1*. The flow rate can be controlled while the unit is stopped or running by a single hand with the manual Vernier scale dial. Optional rotary actuators are available to allow for remote rate control, can be used on each injection head independently for multi-injection service and are available in many area classifications and control signal types. Multiple drives may be combined with one motor to provide redundancy, or to service several injection points. This feature aids in minimizing cost, footprint, and weight, while maintaining a high degree of accuracy at each individual point regardless of differences in operating pressures. CheckPoint’s Series SLA drives can be coupled, and a large selection of motors can be accommodated. The design of this electric pump provides a wide variety of solutions and ensures compliance to any electrical requirements. To meet a wide array of chemical injection applications and to reduce spares inventory through part interchange-ability, Series SLA pumps utilize CheckPoint’s distinguished LeakLess modular chemical heads, which offer a full range of plunger diameters from 1/8" to 1-1/2". Our pumps maintain unparalleled chemical resistance due to the essential integration of high-quality, proprietary seal materials. In order to meet a wide variety of chemical compatibility needs, wetted parts are available in an array of materials, such as 316 SS, Hastelloy C-276, Duplex 2205, Super Duplex 2507, PVC, ceramic and titanium, and seals are available in Viton, HNBR, FKM, and FFKM. All wet end construction materials meet the requirements of NACE MR0175 and ISO 15156.

From the isolated chemical head to the switching valve to the materials of construction, CheckPoint’s Series 8400 pump was developed for continuous, accurate, and reliable injection in harsh offshore and remote locations. No compromises were made. We designed this pump for vital, mission-critical chemicals like methanol, drag reducer, and other expensive, hazardous, and corrosive production compounds. In order to meet a wide variety of chemical compatibility needs, wetted parts are available in an array of materials, such as 316 SS, Hastelloy C-276, Duplex 2205, Super Duplex 2507, ceramic and titanium, and seals are available in Viton, HNBR, FKM, and FFKM. All construction materials are compatible with sour gas according to NACE MRO175 and ISO 15156. CheckPoint pumps do not contain any springs and have fewer moving parts than any other pneumatic pump in the industry, resulting in minimal wear, effective maintenance, and ultimately an increased life span. Our pneumatic pumps can recover exhaust gas, even under significant backpressure. This unique gas recovery system enables processes to reuse drive gas after it has powered the pump. Consider the environmental benefits, as well as the cost savings, achieved by rerouting spent drive gas to the suction side of a gas compressor. This exclusive feature aids in lowering gas emissions while powering thermoelectric generators, feeding catalytic heaters, and even running within enclosures while venting externally

CheckPoint’s positive displacement, reciprocating chemical injection pumps are specifically designed for, and extensively proven in, demanding oil and gas production applications worldwide. Our pumps are utilized in various industries, such as pulp, water treatment, fertilizer dosing, paper, and fluid processing applications, where precise delivery is operationally paramount. The pneumatic motor, composed entirely 316 SS, remains isolated from the wet end and is dependably able to run on pressurized gas or liquid without stalling. CheckPoint’s double-acting design eliminates a return spring, which greatly increases repeatability and reliability over time. The Series 1250 pump delivers up to 8.0 USG/H (30.38 L/H) and can reliably inject into pressures up to 12,000 PSIG (827 BARG). CheckPoint’s modularly designed chemical heads and range of plunger sizes meet a wide variety of injection applications. Our pumps maintain unparalleled chemical resistance due to the essential integration of high-quality, proprietary seal materials. In order to meet a wide variety of chemical compatibility needs, wetted parts are available in an array of materials, such as 316 SS, Hastelloy C-276, Duplex 2205, Super Duplex 2507, PVC, ceramic and titanium, and seals are available in Viton, HNBR, FKM, and FFKM. All construction materials are compatible with sour gas according to NACE MRO175 and ISO 15156. Only CheckPoint’s pneumatic pumps can recover exhaust gas under significant backpressure. This unique gas recovery system enables processes to reuse drive gas after it has powered the pump. Consider the environmental benefits, as well as the cost savings, achieved by rerouting spent drive gas to the suction side of a gas compressor. This exclusive feature aids in lowering gas emissions while powering thermoelectric generators, feeding catalytic heaters, and even running within enclosures while venting externally

CheckPoint’s Series SLA electric plunger pump delivers up to 50.87 USG/H (192.56 L/H) and can reliably inject into pressures up to 13,500 PSIG (931 BARG) per head. It features a robust casing and a variable eccentric drive designed to withstand harsh conditions of oil and gas installations, and it contains minimal moving parts to further guarantee long-term reliability and superior uptime. The Series SLA electric pump's controlled volume pump specifications and high metering accuracy meet API675 standards. A nearly infinitely adjustable stroke length of 0-1 in (0-25.4 mm) ensures extremely precise and accurate dosing and a large turndown ratio of 10:1* . The flow rate can be controlled while the unit is stopped or running by a single hand with the manual Vernier scale dial. Multiple drives may be combined with one motor to provide redundancy, or to service several injection points. This feature aids in minimizing cost, footprint, and weight, while maintaining a high degree of accuracy at each individual point regardless of differences in operating pressures. CheckPoint’s Series SLA drives can be coupled, and a large selection of motors can be accommodated. The design of this electric pump provides a wide variety of solutions and ensures compliance to any electrical requirements. To meet a wide array of chemical injection applications and to reduce spares inventory through part interchange-ability, Series SLA pumps utilize CheckPoint’s distinguished Series 1500 modular chemical heads, which offer a full range of plunger diameters from 3/8" to 1-1/2". Our pumps maintain unparalleled chemical resistance due to the essential integration of high-quality, proprietary seal materials. In order to meet a wide variety of chemical compatibility needs, wetted parts are available in an array of materials, such as 316 SS, Hastelloy C-276, Duplex 2205, Super Duplex 2507, PVC, ceramic and titanium, and seals are available in Viton, HNBR, FKM, and FFKM. All wet end construction materials meet the requirements of NACE MR0175 and ISO 15156.