1-1423169-0 Tyco Electronics, 1-1423169-0 Datasheet

1-1423169-0

Manufacturer Part Number

1-1423169-0

Description

RELAY TIME DELAY 2PDT 125VDC

Manufacturer

Tyco Electronics

Series

E7000, AGASTATr

Datasheet

1.1423168-5.pdf (6 pages)

Specifications of 1-1423169-0

Relay Type

Integrated

Function

On-Delay

Circuit

DPDT (2 Form C)

Delay Time

5 Sec ~ 50 Sec

Output Type

Mechanical Relay

Contact Rating @ Voltage

10A @ 240VAC

Voltage - Supply

125VDC

Mounting Type

Panel Mount

Termination Style

Screw Terminal

Timing Adjustment Method

Hand Dial

Timing Initiate Method

Input Voltage

Lead Free Status / RoHS Status

Contains lead / RoHS non-compliant

Other names

E7012PD004

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TEST PROCEDURE

Specifications subject to change

Dimensions are for reference only.

Test Procedure

AGASTAT

E7014 and E7024 were tested in accordance with

the requirements of IEEE STD. 323-1974

(Standard for Qualifying Class 1E Equipment for

Nuclear Power Generating Stations), IEEE STD.

344-1975 (Seismic Qualification for Nuclear

Power Generating Stations) and referenced to

ANSI/EEE C37.98 (formerly IEEE Standard 501-

1978, Standard for Seismic Testing of Relays).

The relays were tested according to parameters

which, in practice, should encompass the

majority of applications. Documented data applies

to timing relays which were mounted on rigid test

fixtures. The following descriptions of the tests

performed are presented in their actual sequence.

Radiation Aging

Relays were subjected to a radiation dosage of

2.0 X 10

adverse plant operating requirements for such

areas as auxiliary and control buildings.

Cycling with Load Aging

The radiated units were then subjected to 27,500

operations at accelerated rate, with one set of

contacts loaded to 120VAC, 60Hz at 10 amps; or

125VDC at 1 amp, and the number of mechanical

operations exceeding those experienced in actual

service.

Temperature Aging

This test subjected the relays to a temperature of

100°C for 42 days, with performance measured

before and after thermal stress.

Seismic Aging

Sufficient interactions were performed at levels

less than the fragility levels of the devices in oder

to satisfy the seismic aging requirements of IEEE

STD 323-1974 and IEEE STD 344-1975.

Nuclear Qualified Time Delay Relays – Series E7000

Rads, which is considered to exceed

timing relay Models E7012, E7022,

The SRS shape (at 5 percent damping), is defined by four points:

SPECIMEN 1 & 3 (E7012 SERIES)

RELAY STATE: TRANSITIONAL MODE (TD X 2)

AXIS (H + V):

TEST RUN NO. 41, 45, 60, 63

COMPOSITE OF FB/V-, SS/V-, SS/V+, FB/V+ X .707

DUE TO 45° INCLINATION OF TEST MACHINE.

Figure 1. Response Spectrum, Transitional Mode

point A = 1.0 Hz and an acceleration equal to 25 percent of the Zero

point D = 4.0 Hz and 250 percent of the ZPA

point E = 16.0 Hz and 250 percent of the ZPA

point G = 33.0 Hz and a level equal to the ZPA

Period Acceleration

control components suitable for class 1E service

in nuclear power generating stations, AGASTAT

timing relays have been tested for three

applications. These E7000 Series

electropneumatic devices have demonstrated

compliance with the requirements of IEEE

Standards 323-1974 (Standard for Qualifying

Class 1E Equipment for Nuclear Power Generating

Stations) and IEEE Standard 344-1975 (Seismic

Qualifications for Nuclear Power Generating

SEISMIC AND RADIATION TESTED

In order to satisfy the growing need for electrical

Seismic Qualification

Artificially aged relays were subjected to simulated

seismic vibration, which verified the ability of the

individual device to perform its required function

before, during and/or following design basis

earthquakes. Relays were tested in the non-

operating, operating and transitional modes.

Hostile Environment

Since the timing relays are intended for use in

auxiliary and control buildings, and not in the

reactor containment areas, a hostile environment

test was performed in place of the Loss of

Coolant Accident (LOCA) test. Relays were

subjected to combination extreme temperature/

humidity plus under/over voltage testing to prove

their ability to function under adverse conditions

even after having undergone all the previous

aging simulation and seismic testing. The devices

were operated at minimum and maximum voltage

extremes: 85 and 120 percent of rated voltage for

AC units, and 80 and 120 percent of rated voltage

for DC units, with temperatures ranging from

40°F to 172°F at 95 percent relative humidity.

Stations). Testing was also referenced to

ANSI/IEEE C37.98 (formerly IEEE Standard 501-

1978, Standard for Seismic Testing of Relays).

over 40 years of continual field use in a wider

range of industrial applications. On-Delay, Off-

Delay and Four-Pole versions are available for

use with a choice of 23 coil voltages, as well as

time-calibrated delay adjustment to as long as

60 minutes.

Baseline Performance

In addition to aging tests, a series of baseline

tests were conducted before, and immediately

after each aging sequence, in the following areas:

Data was measured and recorded and used for

comparison throughout the qualification test

program in order to detect any degradation of

performance.

The present E7000 Series design has evolved

Pull-in Voltage

Drop-out Voltage

Dielectric Strength at 1650V 60Hz

Insulation Resistance

Operate Time (milliseconds)

Recycle Time (milliseconds)

Time Delay (seconds)

Repeatability (percent)

Contact Bounce

Contact Resistance

(milliseconds at 28VDC, 1 amp.)

(milliohms at 28VDC, 1 amp.)

Technical Support Center 1-800-522-6752

www.tycoelectronics.com

4/24/2002 Edition

Electronics

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1-1423169-0 Summary of contents

Page 1

... IEEE STD 323-1974 and IEEE STD 344-1975. The SRS shape (at 5 percent damping), is defined by four points: point A = 1.0 Hz and an acceleration equal to 25 percent of the Zero Period Acceleration point D = 4.0 Hz and 250 percent of the ZPA point E = 16.0 Hz and 250 percent of the ZPA point G = 33.0 Hz and a level equal to the ZPA SPECIMEN 1 & ...

Page 2

... Applying continuous voltage to the coil (L1-L2) starts a time delay lasting for the preset time. During this period the normally closed contacts (3—5 and 4—6) remain closed. At the end of the delay period the normally closed contacts break and the normally open contacts (1—5 and 2—6) make ...

Page 3

... It is recommended that this procedure be incorporated in the Operating Instructions for your equipment. Contact Ratings – Nuclear Resistive at 125VDC . . . . . . . . . . . . . . . 1.0 Amp. Resistive at 120 VAC 10.0 Amp. Contact Ratings – Non-Nuclear CONTACT CAPACITY IN AMPS (Resistive Loads) Contact Min ...

Page 4

... Model E7022 (AC) 85-110 (DC) 80-110 *All coils may be operated on intermittent duty cycles at voltages 10% above listed maximums (Intermittent Duty = Maximum 50% duty cycle and 30 minutes “ON” time.) APPROXIMATE WEIGHT Model E7012 and E7022 with AC Coils - 2.13 lbs. Model E7012 and E7022 with DC Coils - 2.25 lbs. ...

Page 5

... A bracket for mounting the device and the screws and lockwashers required to attach it to the relay are supplied with each unit. Four #8—32 tapped holes are provided in the rear 5 of the device for attaching the mounting bracket, or for mounting the relay directly to a panel, from the rear ...

Page 6

... Configuration Code: The Configuration code is a suffix to the Model Number which provides a means of identification. When a significant product change is introduced, the Configuration code and specification sheets will be revised. (001, 002, 003, 004, etc.). Specifications subject to change Dimensions are for reference only. ...

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