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CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

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Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

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CCHN Industry
 
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CCHN Industry

CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

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Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

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Voltage Sensor for DC Bidirectional Voltage, Power Supply 12V/15V/24V
 
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Voltage Sensor for DC Bidirectional Voltage, Power Supply 12V/15V/24V


$169.96
DC voltage sensor with supply voltage DC 12V/15V/24V is a special voltage sensor for bidirectional voltage tracking. The meas
SKU: CHN-VOS-BDC1000
Free Shipping Worldwide
Delivery date: 6-12 days

DC voltage sensor has measuring range of DC ±50mV, ±50V, ±200V, ±500V to ±1000V.

Specification:

ModelCHN-WBV151S01CHN-WBV153S01
Shipping weight1kg
Measuring range of input voltage *DC ±50mV ~ ±1000V
Short-time overload2 times of nominal input voltage, 1s in duration, interval time 10s, repeat 10 times
Linear measurement range0% ~ 120% measuring range
Input impedanceWhen Ux>1V, Ri=Ux*10kΩ/V; when Ux≤1V, Ri≥1MΩ
Output signal *DC 2.5±2.5V, 5±5VDC 12±8mA, 10±10mA
Power supply *DC 12V, 15V, 24V
Accuracy0.2%F.S.0.5%F.S.
Load capacity5mA6V
Response time≤15μs≤100ms
Temperature drift160*10-6/℃350*10-6/℃
Static current≤30mA≤33mA
Isolation featuresIsolation between input and output, output terminals provides power supply
Isolation voltageDC 2.5kV, 1min
Work temperature-25~+70℃
Storage temperature-25~+70℃
Protection class of housingIP20
Mean time between failures>50000h
Housing materialFire-retardant ABS
WiringTerminal connection
InstallationDIN rail (NS35/7.5, NS35/15, EN50022), or screw (M3) fixation

Voltage sensor for DC bidirectional voltage 50mV to 1000V dimensional drawing (unit: mm):
Voltage sensor for DC bidirectional voltage 50mV to 1000V dimension
Voltage sensor for DC bidirectional voltage 50mV to 1000V wiring diagram:
(The left diagram is for voltage output, the right diagram is for current output.)
Voltage sensor for DC bidirectional voltage 50mV to 1000V wiring
Tips: Application of battery voltage sensor

With the development of industry, people pay more and more attention to the development of power. Among them, UPS (Uninterruptible Power Supply) is used more and more. Battery monitoring becomes the last barrier to ensure power operation.
The measurement of battery pack voltage is sometimes difficult, because some UPS do not effectively filter the harmonics loaded into the battery during double conversion processing, resulting in the terminal voltage loaded at both ends of the battery containing a lot of harmonic components. This makes voltage measurement very difficult. At the same time, the measurement of the internal resistance of the single battery in the whole group of batteries, the measurement of the single battery voltage and even the transmission of the communication system have caused a lot of trouble. Effective and reliable monitoring of the battery pack voltage is a problem that needs to be solved, and the battery voltage sensor can avoid such high-frequency harmonic components.
The measured voltage enters through the terminal input of voltage sensor, passes through the photoelectric isolation element, thus realizes the isolation measurement of the primary voltage, and after appropriate transformation, outputs a standard signal proportional to the DC voltage of the primary side, such as DC 0-5V, 0-10V, 4-20mA, etc.
Because the photoelectric isolation element is not sensitive to AC harmonic components, the harmonics loaded by the high-frequency UPS to both ends of the battery will not have any adverse effect on the output of the voltage sensor, so the voltage sensor of this principle has a natural shielding against high-frequency harmonics. It shows good adaptability in a large number of practical applications. It is very important to monitor the battery pack effectively and reliably. For the monitoring of group voltage, the battery voltage sensor has unique special advantages, which can be very convenient to use in the measurement environment with high interference.