RS485 Water Quality Sensor for Ammonia Nitrogen

• Customization: Available
• Analysis Method: Physical Analysis
• Power Supply: DC 10~30V
• Model NO.: JSAC-NHN-N01-3
• Communication: RS485; Modbus-RTU
• Resolution: 0.01ppm pH
• Response Time: ≤30sec
• Pressure Resistance: 0.2MPa
• Cable Length: 5m (Length Can Be Customized)
• Ammonia Nitrogen Measurement Range: 0-100ppm
• pH Measuring Range: 0-14pH
• Trademark: Aice Tech
• Origin: China
• HS Code: 9026202000

Product Description

Welcome to Jiangsu Aice Instrument Technology Co., Ltd., where innovation meets precision.

Product Description

1. INTRODUCTION

The integrated vibration transmitter is a state-of-the-art system that combines a high-precision vibration sensor with an advanced measurement circuit. This innovative solution is perfect for monitoring the vibrations of machinery operating between 600 rpm and 60,000 rpm (10-1000Hz). Ideal for fans, motors, pumps, and other industrial equipment, this transmitter connects seamlessly to DCS, PLC, or other equipment to provide accurate vibration measurements.

Product Parameters

Power Supply	DC 10~30V
Consumption	0.3W
Communication	RS485; MODBUS-RTU
Ammonia nitrogen Measurement range	0-100ppm
Resolution	0.01ppm PH
PH Measuring range	0-14PH
Temperature range	-20~80ºC
Ammonia nitrogen measurement error	±1ppm
PH measurement error	±0.15PH
Temperature measurement error	±0.2ºC
Repeatability error	1%
Response time	<30s
Operating temperature	0~50ºC
Pressure resistance	0.2MPa
Cable length	5m (length can be customized)

Detailed Photos

Installation Instructions

Certifications

FAQ

1. Q: Can I buy any of your product accessories?

A: Absolutely. Most of our accessories are available for purchase. However, certain items may be restricted due to patented designs or intellectual property rights.
For more details, please contact our sales team.

2. Q: Can I be your exclusive distributor?

A: Certainly. However, this will depend on your annual purchase volume and our existing business relationship. We seek partners who can develop a long-term relationship based on mutual trust.