Product details of the water quality sensor cable
Quick Detail
The latest machines and equipment are adopted in the manufacturing process of ACITEK water quality sensor cable following standards & norms of industry. The product is tested by our QC team who regards the testing as an important factor of product performance. Thus, the conducted testing is highly in line with international testing standards. ACITEK performs exceptionally well in its customer service in the industry water quality sensor cable.
Product Description
Compared with other products in the same category, water quality sensor cable has more advantages, specifically in the following aspects.
Product description
Acitek offers a variety of S7 and S8 sensor cables designed for connecting traditional pH, ORP, and dissolved oxygen sensors to transmitters and controllers. These cables are easy to use and provide a standard, moisture-protected connection for transmitting analog sensor outputs and temperature compensation signals.
Enabling reliable sensor connections.
Acitek S7 and S8 sensor cables provide a simple and dependable way to connect your pH, ORP, and dissolved oxygen sensors. These cables ensure a secure connection to various devices, including Applikon biocontrollers, older transmitters with BNC connectors, older Satorius biocontrollers, and laboratory pH meters. The connector design prioritizes ease of use and offers protection against moisture, which is crucial for maintaining signal integrity and preventing short circuits. Acitek offers these cables with a variety of connector ends, such as BNC, and open end, to suit different connection requirements.
Product advantages
Easy to Use：
Acitek S7 and S8 cables offer a straightforward connection for traditional sensors, simplifying setup.
Moisture Protection：
The recessed design of S7 and S8 connectors helps prevent moisture ingress and potential short circuits.
Common Connection：
S7 and S8 are common connector types for traditional pH, ORP, and DO sensors, ensuring wide compatibility.
1 m pH Cable S7 / BNC
Part # AC-355043
Connect your traditional pH sensors (lacking temperature compensation) to bioreactor controllers (often older Sartorius models) or laboratory pH meters using this single coax cable, featuring an S7 connector, while being mindful of the recessed S7 design to prevent moisture issues.
Product Application
This single coaxial cable is specifically designed to establish a connection between traditional pH sensors, which typically feature an S7 (2-connector) interface, and devices equipped. On the sensor end, the cable incorporates the S7 connector, commonly found on older style pH sensors that do not have built-in temperature compensation. It is important to be aware that S7 connectors have a recessed design, which requires careful handling to avoid the trapping of moisture. Accumulated moisture within the recess can potentially lead to a short circuit and interfere with the accuracy of the pH measurement signal.
On the device side, the cable is terminated with a BNC connector. This type of connector is typically found on older Satorius biocontrollers used in bioreactor systems, as well as on some laboratory-grade pH meters. This cable serves to transmit the analog pH signal generated by the sensor to the connected device for monitoring and analysis.
Enables connection of traditional pH sensors to common bioreactor controllers.
Product parameters
| Electrical Connector | S7 / BNC |
| Parameter | pH |
| Material Outer Cover | PVC |
| Diameter | 5 mm |
| Operating Temperature Range | -20 to 70 °C |
| Length | 1 m |
Product details
FAQS
Company Information
Shanghai Guizhen Instrument Equipment Co., Ltd., lying in shang hai, focuses on the business of Water Quality Sensor,Water Quality Meter,Water Transmitter,Water Analyzer Accessory. Abiding by the service concept of 'customers first, satisfaction-oriented', we provide you with professional consulting and after sales service. Look forward to inquiries from customers in various industries
Lane 1505, Lianhang Road, Minhang District, Shanghai