NATIONAL CONTROLS Q6F-00001-325, Q6F User Manual

Repeat Cycle

On
Off

On
Off

Input
Voltage

Adj. "Off" Delay

Adj. "On" Delay

On
Off

Adj. "On" Delay

Adj. "Off" Delay

Load

"On" Time
First

Load

"Off" Time
First

76

.88

1.25

Rt

5 4

2.00 SQ.

L

C

C

L

321

(3667-8)

.25 X .032 MALE FAST-ON

TERMINALS (7 PL.)

.170

DIA.

LOAD

INPUT

VOLTAGE

Rt

Off Time

On Time

Polarity Shown is

for DC Models

Q6F Series

TIME DELAY RELAYS

1-29

FEATURES

100% functionally tested

●

Solid state digital timing

●

Time delays to 10 hours standard

●

20:1 maximum to minimum timing ratio

●

Low cost

●

Compact size

●

●

Superior transient protection

●

Flame-retardant and solvent-resistant
polyester thermoplastic housing

●

Operating Logic: Upon application of input
voltage, the OFF delay is initiated. At the
end of the OFF preset time, the load is acti
vated and the ON delay starts. At the end of
the ON preset time, the load is deactivated
and a new cycle begins. The ON and OFF
cycles will continue to alternate until input
voltage is removed.
This timer is available with ON time
occurring first logic.

Note: 1) Remote potentiometer leads should be shielded when
running close to other wires; 2) The minimum time setting on
external resistor-adjustable time delay relays is obtained by short
ing together the external resistor terminals of the relay; 3) The
maximum time setting within tolerance limits is obtained by using
a 1 megohm resistor; 4) Timing values between the minimum
and maximum limits are linear with resistance within 10%; 5)
Recommend 1/4 W minimum resistor be used.

File #E65038

LOGIC FUNCTION DIAGRAM

SPECIFICATIONS

TIME DELAY

Adjustment: External resistor, factory fixed on

special order (min. order requirement)
Range: 50 ms to 10 hours in 9 ranges

-

Repeatability: ±.5% +8 ms max. (.25% typical) at
constant temperature

Accuracy:
Maximum time ±2% at Rt = 1 megohm
Minimum time +0%, -30% at Rt = 0 ohm

INPUT

Operating Voltage: 120, 240 VAC; 12 VDC; 24

VAC/DC ±10%; (DC models have reverse polarity
protection. Unfiltered input voltage to them must
be full-wave rectified)

-

Frequency: 50/60 Hz

MECHANICAL

Termination: .25” x .032” male fast-on terminals
Mounting: Surface mount with one #8 screw

PROTECTION

Transient Voltage: Metal oxide varistor

see rating below
Dielectric Breakdown: 3000 VAC,

RMS, terminals to mounting
Insulation Resistance: 100 megohms

min. between terminals and case

ENVIRONMENTAL

Storage Temperature: -40°C to 85°C
Operating Temperature: -40°C to 65°C
Humidity: 95% relative

OUTPUT

Type: Solid state, normally open
Rating: 1 A steady state

ORDERING INFORMATION

OFF TIME FIRST LOGIC

ON TIME FIRST LOGIC

Trigger time (start switch closure)

Reset time 500 ms 500 ms 500 ms 500 ms

Min. load 5 mA 5 mA 2 mA 2 mA

Max. leakage current 100 uA 100 uA 100 uA 100 uA

Voltage drop at 1 A 2.1 V max. 3.2 V max. 3.3 V max. 3.3 V max.

Power consumption 2.6 W max. 3.7 VA max. 4.3 VA max. 5.8 VA max.

Peak 1 cycle surge 4 A 4 A 20 A 20 A

Protection rev. voltage 8.8j. MOV 30j. MOV 30j. MOV

Optional Potentiometer: Part Number ASY-0001M-450
Consult factory for any special requirements not listed in catalog (minimum order requirement may apply).

AMETEK National Controls Corp. • 1725 Western Drive • West Chicago, Illinois 60185 • Tel: [phone] • 630-231-5900 • FAX: [phone] • www.nationalcontrols.com

TIME RANGE 12 VAC/DC +10% 24 VAC/DC +10% 120 VAC +10% 240 VAC +10%

.05 to 1 sec.

.25 to 5 sec.

.5 to 10 sec.

3 to 60 sec.

15 to 300 sec.

30 to 600 sec.

180 to 3600 sec.

.25 to 5 hrs.

.5 to 10 hrs.

3 to 60 sec. Q6F-00060-336 — Q6F-00060-331 —

30 to 600 sec.

Q6F-00001-326 Q6F-00001-327 Q6F-00001-321 Q6F-00001-325

Q6F-00005-326 Q6F-00005-327 Q6F-00005-321 Q6F-00005-325

Q6F-00010-326 Q6F-00010-327 Q6F-00010-321 Q6F-00010-325

Q6F-00060-326 Q6F-00060-327 Q6F-00060-321 Q6F-00060-325

— Q6F-00300-327 Q6F-00300-321 Q6F-00300-325

Q6F-00600-326 — Q6F-00600-321 Q6F-00600-325

— — Q6F-03600-321 —

Q6F-18000-326 — — Q6F-18000-325

— — — Q6F-36000-325

— — Q6F-00600-331 —

500 ms 500 ms 500 ms 500 ms

Life: 100,000,000 operations

External Resistance/Time Delay Relationship

1 megohm external resistance is required to obtain
the maximum time for all ranges. To determine the
actual resistance needed to obtain the required time
delay, use the following formula:

Trequired - Tminimum

Rt=

Tmaximum - Tminimum

Note: Due to component tolerances, the actual time
obtained will normally be within 5% of desired time.

x 1,000,000 ohms