Home Beckhoff KL Analog Input Series KL3208-0010

KL3208-0010

Name: KL3208-0010
Brand: Beckhoff
Price: 321 USD
Availability: InStock
Rating: 4.6 (34 reviews)

Straightforward Pricing: No Rush Fees, No Credit Card Fees

In-Stock, Ships 3-5 Days

Current response time:

4 Minutes 41 Seconds

The KL3208-0010 bus terminal offers 8 channels, utilizes a differential grounding reference, supports a value range of RTD Pt100/1000, KTY, and includes 2-wire wiring. Part of the KL Analog Input Series from Beckhoff, it features a 16-bit signal resolution and is approved for ATEX Zone 2 explosion protection.

Preparing your secure checkout page...

Description
Specs
FAQ

Product Description

The KL3208-0010 of Beckhoff is from the KL Analog Input Series. It is an 8-channel analog input module designed to measure several temperatures, as well as several resistances. It supports a variety of signals including, but not limited to, the following: resistance types and RTD types, such as PT100 and PT1000, KTY, NTC; however, among the possible applications, it could be applied in almost all industrial applications. The maximum signal resolution amounts to up to 16-bit. It has acceptable values for the scale that map to temperatures of temperature sensors like Pt100/1000, KTY, and RTD NTC, and its resistance ranges from 1 to 10 kOhm values and, therefore, is quite suitable for measuring resistances in all sorts of temperature ranges in many kinds of environments.

The KL3208-0010 allows sampling at a rate less than 0.1 ksps, and conversion time of greater than 10 ms. In this manner, the signal processing is quite fast yet rather accurate. In high-demanding applications noise immunity is provided by multiplex sampling with a differential reference at ground. Signal wiring comes through a connection in two wires with spring-loaded plug-in connections. It is rated for non-intrinsically safe environments and is suitable for gas environments in any one of the following zones: ATEX Zone 2 and IECEx Zone 2. This can be applied to a broader scope in hazardous locations.

The KL3208-0010 has a temperature range -25°C to +60°C and is rugged, ideal for the operation under rugged industrial conditions. Energy supply takes place via the K-bus for seamless integration into Beckhoff automation systems. In applications for precision measurement of temperature and resistance, it is a reliable choice with Beckhoff's reputation for quality and performance in automation technology.

KL3208-0010 Technical Specifications

Product:	KL3208-0010 \| Bus Terminal, 8-channel analog input, temperature, RTD (Pt1000, NTC), 16 bit
Ground Reference:	differential
Wiring:	2-wire
Connection Method (signal):	spring-loaded technique, plug-in connection level
Explosion Protection:	not intrinsically safe, ATEX Zone 2 (gas), IECEx Zone 2 (gas)
Power Supply:	via the K-bus
Temperature Range:	-25°C to +60°C
Category/version:	analog input
Type/signal:	temperature (RTD, TC), resistance, potentiometer
Channels:	8
Value Range (analog):	RTD Pt100/1000, KTY, RTD NTC, > 10 kOhm, 1–10 kOhm
Signal Resolution:	16 bit
Measurement Error/uncertainty:	> 0.1–0.5%
Sampling Rate/conversion Time:	< 0.1 ksps/> 10 ms
Sampling Type:	multiplex

Frequently Asked Questions about KL3208-0010

Q: What type of product is the KL3208-0010?

A: The KL3208-0010 is an 8-channel analog input module.

Q: What types of signals does the KL3208-0010 measure?

A: The KL3208-0010 measures temperature, resistance, and potentiometer signals.

Q: What is the temperature range for the KL3208-0010?

A: The temperature range for the KL3208-0010 is -25°C to +60°C.

Q: What is the signal resolution of the KL3208-0010?

A: The signal resolution of the KL3208-0010 is 16 bit.

Q: What is the measurement error for the KL3208-0010?

A: The measurement error for the KL3208-0010 is > 0.1–0.5%.

Internal Product Review

‘‘The Beckhoff KL3208-0010 is an effective temperature measurement solution for industrial applications. Its multiple channels allow for precise data collection, making it ideal for professionals who need accurate and reliable temperature monitoring in automation environments.’’