SPM1241 CARLO GAVAZZI Selected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 264V OUTPUT POWER 10W PA.. View larger
Images are for illustrative purposes only. Please refer to data sheet for details.

SPM1241 CARLO GAVAZZI Selected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 264V OUTPUT POWER 10W PA..

SPM1241

SPM1241

CARLO GAVAZZI

Available

Ship on today

Selected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PARALLEL CONNECTION no INPUT TYPE Single phase or DC OUTPUT VOLTAGE 24Vdc PFC no DC INPUT VOLTAGE 120 - 370V TERMINAL TYPE Screw terminal OUTPUT RDY no Others DESCRIPTION 1DIN module 7,5W,

More details


Power Supplies

Controls

Switching Power Supply

* Brand new produt in its original packing covered by the warranties and certifications provided by CARLO GAVAZZI

QuantityPrice
1+$35.44
6+$32.41
12+$31.61
18+$31.21
24+$30.96
*This price is per unit and is the net value (not including taxes if applicable).

How it Works

How does this work?

1 Add the products of your choice to the shopping cart
2 Enter your contact details and submit your request
3 You will be notified by email with a quotation
4 From the quotation simply finish your order and you will receive the products

There are several options for payment
- Credit card
- Wire Transfer
- PayPal


Related products

More info



Modular Switching Power Supply
Type SPM 1
DIN rail mounting
• Single DIN module
• Universal input 90/264VAC – 120/370VDC
• High efficiency up to 80%
• Short circuit protection
• Overload protection
• Internal input filter
• LOW voltage LED indicator
• UL Class 2 Output
Product Description
Ordering Key SPM 1 - 24 1
SPM Modular switching power supplies are specifically designed in order to satisfy both the Automation and the Building automation application
requirements. The single DIN module PS is capable of up to 10W of output power. Its high efficiency prevents excess of heat in the installation place.
Series
Number of DIN modules
Output Voltage
Phases (only single phase)
Approvals
Rheinland
Product Safety
Class 2
Output Performances
Input
Voltage VAC Output Power (W)
Output
Voltage VDC Current (A)
Typical
Efficiency
SPM1-051 90~264 7.5 5 1.50 74% SPM1-121 90~264 10 12 0.83 78% SPM1-151 90~264 10 15 0.67 78% SPM1-241 90~264 10 24 0.42 80%
Output Data
Line regulation ±1% max. Load regulation ±1% Output Voltage accuracy ±1% Ripple and Noise 50mV
Temperature Coefficient ±0.03%/°C (±0.0112%/°F)
Hold up time Vi = 115VAC 5V and 12V: 10ms
15V and 24V: 60ms
Vi = 230VAC 30ms
Minimum load 0%
DC ON indicator Min. Max.
5V 3.5VDC 4.5VDC
12V 9VDC 10.8VDC
15V 11VDC 13.5VDC
24V 19.2VDC 21.6VDC
DC LOW indicator Min. Max.
5V 3.5VDC 4.5VDC
12V 9VDC 10.8VDC
15V 11VDC 13.5VDC
24V 19.2VDC 21.6VDC
Voltage rise time
Vi nom, Io nom 150ms
Vi nom, Io nom with 3500µF CAP 500ms
Voltage fall time (I0nom, Vi nom) 150ms Capacitor Load 3500µF Transient recovery time
(50% load step changed) 2ms
Turn on time (full resistive load)
Vi nom, Io nom 1000ms
Vi nom, Io nom with 3500µF 1500ms
1 Specifications are subject to change without notice. Pictures are just an example. For special features and/or customization, please ask to our sales network. 01022011

Datasheet - PDF

Title:Language:Size:Type:
pdf1-mostradoSelected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLO English394 Kbytespdf1-mostradoSelected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLO
pdf1-Selected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLEnglish12 Mbytespdf1-mostradoSelected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLO
pdf2-mostradoSelected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLO English199 Kbytespdf1-mostradoSelected parameters MODEL DIN low profile AC INPUT VOLTAGE 90 - 264V OUTPUT POWER 10W PA - CARLO

Reviews (0)

No customer reviews for the moment.

Add Review
hide form
Rating:
Name:
Email:
Subject:
Text:
  Captcha
  Add review
Have you got any questions?

If you have any questions, you can visit the following links or contact us via email

Please wait





* Required fields

or