918

AGASTAT

Dimensions are shown for

reference purposes only.

Dimensions are in inches over

(millimeters) unless otherwise

specified.

Catalog 1308242

Issued 3-03

Specifications and availability

subject to change.

www.tycoelectronics.com

Technical support:

Refer to inside back cover.

Coil Data

Voltage: 24, 120 & 220VAC, 60 Hz. Add series resistor for 380-440VDC;

12, 24, 48, 125 & 250VDC.

Duty Cycle: Continuous.

Nominal Coil Power: 6VA for AC coils; 6W for DC coils.

There is no surge current during operation.

Initial Dielectric Strength

Between non-connected terminals: 2,000V rms, 60 Hz.

Between non-connected terminals & relay yoke: 2,000V rms, 60 Hz.

Initial Insulation Resistance

Between non-connected terminals: 109 ohms at 500VDC.

Between non-connected terminals & relay yoke: 109 ohms at 500VDC.

Coil Operating Voltage

DC

AC, 50/60Hz

Nominal Coil Voltage 12

24

48

125

250

24

120

220

Minimum Pick-up

Voltage at 20°C

9

18

36

94

187

19

92

175

Minimum Pick-up

Voltage at 40°C

9.5

19

38

100

200

20

102

188

Maximum voltage for

continuous use

13.5

27

53

143

275

27

137

245

For 380VAC – Use 6800 ohms 4 watt resistor in series with 220VAC relay.

For 440VAC – Use 8200 ohms 6 watt resistor in series with 220VAC relay.

Drop-out voltage is between 10% and 40% of the nomninal voltages for both DC

and AC (For example: in a 120 VAC unit, drop-out will occur between 12 and 48

volts.) DC relays will function with unfiltered DC from a full-wave bridge rectifier.

Operate Data @ 20°C

Operate Time at Rated Voltage: Between energizing and opening of

normally closed contacts, less than 18 milliseconds on AC and less than

15 milliseconds on DC.

Release Time: Between energizing and closing of normally open

contacts, less than 35 milliseconds on AC and less than 30 milliseconds

on DC. Between de-energizing and opening of normally open contacts,

less than 70 milliseconds on AC and less than 8 milliseconds on DC.

Between de-energizing and closing of normally closed contacts, less than

85 milliseconds on AC and less than 25 milliseconds on DC.

Environmenal Data

Operating Temperature Range: 0°C to +60°C.

Vibration: Single axis fragility curve data are available on request at

frequencies from 5 Hz. to 33 Hz.

Shock: The relay, when kept energized by means of one of its own

contact sets, will withstand 40g shock load when operating on DC, and

150g shock load on AC.

Mechanical Data

Mounting Terminals: 16 flat base pins. Screw terminal sockets are

available.

Wire Connection: The 16 flat pins are arranged in four symmetrical rows

of four pins; the pitch in both directions being .394”. Connection may be

made to the relay by soldering. Sockets are available with screw terminals.

The internal wiring of the relay is also symmetrical as shown in the

adjacent figure, allowing the relay to be inserted into the socket in either of

two positions. Terminals B2 and B3 are provided as extra connections for

special applications.

Weight: 10.9 oz. (308g) approximately.

Outline Dimensions

Wiring Diagrams (Bottom Views)

Ordering Information

Typical Part No.

➤

GP

I

N

1. Basic Series:

GP = Non-latching Control Relay

ML = Magnetic Latching Control Relay

2. Coil Voltage:

A = 12VDC

G = 24VAC, 60 Hz.

B = 24VDC

I = 120VAC, 60 Hz.

C = 48VDC

J = 220VAC, 60 Hz.

D = 125VDC

F = 250VDC

3. Options:

N = Magnetic Blow-out Device

Q = Light to indicate coil energization (GP only. 120VAC, 125VDC, 220VAC and 250VDC voltages only.)

R = Internal diode to suppress coil de-energization transient. (GP only. When used on DC unit, relay release time increases to same value as AC unit).

Our authorized distributors are more likely to maintain the following items in stock for immediate delivery..

GPD

GPDN