Digital Time Delay Relay JRT 925

Be the first to review

Known for its features such as high performance, minimal maintenance, longer service life and ease of use, the JRT 925 Digital Time Delay Relay we offer is in demand around the country.

FOB Price:: Get Latest Price

Minimum Order Quantity:: Not mentioned

Payment Terms:: Cash,Cheque,Demand Draft

JVS Electronics Pvt Ltd

India

Business Type:: Manufacturer, Distributor / Wholesaler

Not a Verified
Aaryaa M S
Contact Details

Request for Quote

Product Detail
Company Profile
Review (0)

Product manufactured In:: India

Product :: Digital Time Delay Relay JRT 925

Contact :: 2NO / 4NO

Output Contacts :: 5A At 24V DC / 230V AC

Operating Time :: Plus-Minus( 5% or 20ms)

Time Delay Setting :: 10 To 9990ms In Steps Of 10ms

Reset Time Setting :: 10 To 9990ms In Steps Of 10ms

Auxiliary Supply :: 20 To 60V DC 80V To 260V AC / DC

Mode Of Operation :: Hand Reset,Self Reset Mode

Relay :: Voltage Relay

Unloaded Contact :: 1,000,000 Operations.

Loaded Contact :: 100,000 Operations

Source :: Electrical

Relay Type :: JRT 125 - 2NO,JRT 145 - 4NO

Panel Cutout :: 92mm x 92mm

Weight :: Appx. 500 Gms

Price :: Negotiable

Installation :: Flush Mounting

Case Size Fascia :: 96 Mm Sq, Depth 105mm

Auxiliary Supply :: Less Than 4W (Non Operated),Less Than 5W (Operated)

Additional Details

The relay can be configured in one of three programmable modes designated "0100", "0200", "0300". The difference in the operation of the DTDR when configured in the modes mentioned above is limited to how its DTDR contacts (NO) are reset. DTDR, having found the operation (NO -> C) of a potential-free contact (Timer Initiation Contact) connected to its terminals [6,7], begins to decrement its "relay operation timer" from an initial value. The initial value of the "relay operating time delay" corresponds to "timer setting". After "relay operating timer", count down to "0". DTDR exploits its NO contacts.

DTDR reset operation in "0100" mode:

Mode "0100" corresponds to the "Main Reset" mode. The NO contacts of the DTDR will remain in working condition until further human intervention. After the operation (NO -> C) of the DTDR contacts, the DTDR can be reset by pressing the "RESET" (RST) button of the DTDR.

DTDR reset operation in "0200" mode:

The "0200" mode corresponds to the "TYPE-1 Self Reset" mode. After the operation (NO -> C) of the DTDR contacts, an "automatic reset delay" will begin to decrement from a value equal to "Reset timer". When this "auto-reset timer" reaches its number of terminals ("0"), the DTDR is reset.

DTDR reset operation in "0300" mode:

"0300" mode corresponds to "TYPE-2 automatic reset" mode. After the operation (NO -> C) of the DTDR contacts, the DTDR goes into a waiting state where it waits for the "timer initiation contact" [6,7] to change from "closed state to normally open state" ". When "Timer Initiation Contact" on [6.7] changes from "Closed to Normally Open", an "Automatic Reset Timer" will begin to decrement from a value equal to "Reset Delay". When this "auto-reset timer" reaches its number of terminals ("0"), the DTDR is reset.

Features:

Wide adjustment range

Bright 7-segment LED display

Large auxiliary power supply

Selecting the main / auto-reset type

Application:

The digital time relay is used to provide a delay in a circuit.

With almost more than a decade of experience and rich technological expertise, we are able to offer a precision designed range of Electrical Protection Instruments.

More details:View company website