Load Cell Weight Transmitter, Single Channel, 0-5V/0-10V/4-20mA

Write a review

$123.87

The single channel load cell weight transmitter for sale at favorable price, as a new measurement and control device on ATO shop, can convert the analog signal of the load cell into standard analog signals such as 0-5V, 0-10V, 4-20mA and other standard analog signals to control the output, support V1+A1 synchronous output, improve compatibility, and be able to connect better with PLC and other industrial control equipment.

Signal Output *

SKU: ATO-LCTR-NTB3K

Qty:

30-day Returns

Free Shipping

Delivery date: 6-12 days

Overview

The low cost ATO-NTB3K is in hot sale, as a high precision single-channel load cell weight transmitter, the signal output can be optional 0-5V/0-10V/4-20mA/0~±5V/0~±10V, ensuring the accurate data transmission. With IP65 protection, power supply voltage of 10-36VDC, compact and lightweight body, easy to be integrated into automation systems.

Specification

Model	ATO-NTB3K
Rated Input	±20mV
Single Output (optional)	V1: 0~5V
	V2: 0~10V
	V3: 0~±5V
	V4: 0~±10V
	A1: 4~20mA
	Simultaneous output V1+A1
Channel	Single channel
Precision	≤±0.1%F-S
Supply Voltage	10 (12) ~36V DC
Working Temperature	-20°C~70°C
Protection Level	IP65
Size	1106437mm
Net Weight	≤0.5kg

Feature

Precision die-cast aluminum transmitter housing with plastic sprayed surface, suitable for high precision level and harsh environment.
Adopting anti-interference power supply design technology, the load cell weight transmitter has good electromagnetic compatibility (EMs).
The wiring adopts terminal and aviation plug, and there are mounting holes in the shell. In addition to the characteristics of a normal load cell transmitter, it also reduces the harmonic interference generated by frequency converters and so on.
The analog output of this load cell transmitter can be 0-5V, 0-10V, 0-±5V, 0-±10V, 4-20mA (optional).

Dimension (unit: mm)

Wiring Instruction

As the figure above shows: There are two wiring terminals J1 and J2 in the whole board diagram.

LEFT J1 is the terminal connecting the sensor:

PB	Connect the sensor shielded wire	blue wire
E+	Connect the positive wire of the sensor excitation power supply	red wire
E-	Connect the negative wire of the sensor excitation power supply	black wire
S+	Connect the positive wire of the sensor signal output	green wire
S-	Connect the negative wire of the sensor signal output	white wire

RlGHT J2 is the terminal connecting the transmitter to the power supply and output:

IOUT	Connect the transmitter current output positive wire	white wire
VOUT	Connect the positive voltage output wire of the transmitter	white wire
VOUT	(current and voltage are only output at the same time)	white wire
GND	Connect the negative wire of the transmitter power supply	blue wire
24V	Connect the positive wire of the transmitter power supply	red wire

There are 2 adjustable resistors in the whole board diagram: RP2 is gain adjustment, RP1 is voltage zero adjustment.

Tips: What are the common faults and troubleshooting methods of load cell weight transmitter?

Common faults include no signal output, unstable output signal or large error.

No Signal Output: Check whether the power supply is normal, whether the wiring is correct, and whether the load cell transmitter is damaged.
Unstable Signal: Check whether there is electromagnetic interference, whether the load cell sensor is subject to external vibration, and whether it is well grounded.
Excessive Error: Is the calibration correct, is the sensor overloaded or damaged. Regular maintenance and calibration can ensure measurement accuracy and equipment stability.

Write your review for Load Cell Weight Transmitter, Single Channel, 0-5V/0-10V/4-20mA