Aim-TTi EX-R Series Digital Bench Power Supply, 0 → 20V, 0 → 20A, 1-Output, 400W

RS Stock No.:: 507-7106
Mfr. Part No.:: EX2020R
Brand:: Aim-TTi

Aim-TTi EX-R Series Digital Bench Power Supply, 0 → 20V, 0 → 20A, 1-Output, 400W

Subtotal (1 unit)**

Kr. 8 053,76

(exc. VAT)

Kr. 10 067,20

(inc. VAT)

9 In stock for same day dispatch*

5 available from Europe for delivery within 1 working day(s)

* Delivery dates may change based on your chosen quantity and delivery address.

FREE delivery for orders over kr 500,00

Units	Per unit
1 +	Kr. 8 053,76

**price indicative

Calibration Options:

Aim-TTi EX-R Series Digital Bench Power Supply, 0 → 20V, 0 → 20A, 1-Output, 400W - RS Calibrated

Calibration Type:: RSCAL

RS Stock No.: 507-7162

Each

Kr. 8 761,76

(exc. VAT)

Kr. 10 952,20

(inc. VAT)

Aim-TTi EX-R Series Digital Bench Power Supply, 0 → 20V, 0 → 20A, 1-Output, 400W - UKAS Calibrated

Calibration Type:: UKAS

RS Stock No.: 507-7178

Each

Kr. 9 075,76

(exc. VAT)

Kr. 11 344,70

(inc. VAT)

RS Stock No.:: 507-7106
Mfr. Part No.:: EX2020R
Brand:: Aim-TTi

Aim-TTi EX-R Series Bench Power Supply, 0 to 20 V Output Voltage, 400W Power Rating - EX2020R

This bench power supply by Aim-TTi is a high-quality, digital laboratory power supply that offers a power rating of 400W. It features a digital display and can provide a current output ranging from 0 to 20 A and voltage output from 0 to 20 V.

Features & Benefits

• Digital bench power supply suitable for laboratory use
• Dual display for monitoring current and voltage simultaneously
• Output connector with Binding Post Terminal for easy connectivity
• Can operate in constant voltage or constant current mode
• Optimal line and load regulation for precise performance
• Remote sensing terminals for accurate load regulation
• Silent cooling system for noise-free operation
• Safety binding-post terminals for secure connections

Applications

• Ideal for electronics testing and prototyping
• Essential for use in educational institutions for practical demonstrations
• Suitable for research laboratories for accurate power supply requirements
• Handy for workshops and production environments for testing electronic devices

Can it operate in constant voltage and constant current modes simultaneously?

Yes, it can operate in constant voltage and constant current modes simultaneously, allowing for versatile and precise power regulation.

Will it provide accurate regulation for high current applications?

Yes, it provides accurate regulation even for high current applications, ensuring stable and reliable power delivery under demanding conditions.

Is the cooling system sufficient for maintaining stable power output?

Yes, the cooling system of it is designed to be sufficient for maintaining stable power output, ensuring consistent performance over extended periods of operation.

Can it be used in professional settings for critical testing applications?

Yes, it is suitable for professional settings, including critical testing applications due to its high precision, reliability, and robust construction.

How does the dual display feature enhance usability for users?

The dual display feature of it enhances usability by allowing users to monitor both voltage and current simultaneously, providing real-time feedback and facilitating precise adjustments for optimal performance.

Attribute	Value
Series	EX-R
Model Number	EX2020R
Number of Outputs	1
Supply Voltage	230V ac
Output Voltage	0 → 20V
Output Current	0 → 20A
Power Rating	400W
Number of Displays	2
Bench Power Supply Type	Laboratory Power Supply
Type	Digital
Digital/Analogue	Digital
Output Connector	Binding Post Terminal
Input Connector	IEC 320
Minimum Temperature	+5°C
Maximum Temperature	+40°C

Aim-TTi EX-R Series Digital Bench Power Supply, 0 → 20V, 0 → 20A, 1-Output, 400W

FREE delivery for orders over kr 500,00

Calibration Options:

Aim-TTi EX-R Series Bench Power Supply, 0 to 20 V Output Voltage, 400W Power Rating - EX2020R

Features & Benefits

Applications

Can it operate in constant voltage and constant current modes simultaneously?

Will it provide accurate regulation for high current applications?

Is the cooling system sufficient for maintaining stable power output?

Can it be used in professional settings for critical testing applications?

How does the dual display feature enhance usability for users?

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