Technical Specifications

GTO/PRO 2502 GATE OPERATOR

DRIVE

Low friction screw drive (linear actuator) rated for -5 ºF to +160 ºF (-28 ºC to +71 ºC).

Powered by a 12 V motor with integral case hardened steel gear reducer. Motor speed reduced to 260 rpm. Generates 680 ft. lb. of torque at 12 V.

Maximum opening arc of 110º. Approximate opening time (90º): 20 seconds, depending on weight of gate.

POWER

The system is powered by a 12 Vdc, 7.0 Ah, sealed, rechargeable lead acid battery.

Battery charge is maintained by a 120 Vac input, 18 Vac output transformer rectified to 14.5 Vdc (40 VA) through the GTO/PRO control board. One (1) blade-style control board fuse is rated for 25 A.

NOTE: The transformer should not be directly connected to any battery. Do not replace fuses

with higher ampere rated fuses; doing so will void your warranty and may damage your control board.

Battery charge is maintained by a GTO/PRO Solar Panel Charger: float voltage of 14.5 Vdc output is from a 193/8" x 81/2" silicon alloy panel. Generates a minimum of 5 W at 300 mA. A gated diode on the control board prevents bat- tery discharge.

CONTROL

GTO/PRO microprocessor-based control board is set for single leaf, pull-to-open gate installations. DIP switches can be adjusted to accommodate an optional kit for push-to-open gates (see Accessory Catalog).

Control board has temperature compensated circuits.

A circuit on the control board regulates charging. "Sleep draw" is 40 mA; "active draw" is 2 to 5 A.

Auto-memorization of digital transmitter code.

GTO/PRO remote-mounted RF receiver tuned to 318 MHz.

Opener length with push-pull tube fully retracted is 401/4", mounting point to mounting point.

Adjustable auto-close timer, and obstruction sensitivity.

Power terminal block accommodates a transformer or solar panels.

DIP switches simplify setup of gate opener.

Accessory terminal block is fully compatible with push button controls, digital keypads, safety loops, etc.

Control board allows connection of safety edge sensors and photoelectric sensors.

Audio entrapment alarm sounds if unit encounters an obstruction twice while opening or closing.

OPERATIONAL CAPACITY

The Gate Capacity Chart shows approximate cycles, per day, you can expect from the GTO/PRO SW-2502 Automatic Gate Operator when powered with a transformer. Actual cycles may vary slightly depending upon the type and condi- tion of gate and installation.

IMPORTANT: BALL BEAR- ING HINGES SHOULD BE USED ON ALL GATES WEIGHING OVER 250 Lbs.

GTO/PRO SW2502 Dual Gate Capacity / Cycle Chart

Estimated number of daily cycles, based on use with a transformer and one(1) 12 Volt battery.

Number of Cycles Per Day

 

500 lbs.

83

78

 

73

 

68

63

50

Weight

400 lbs.

88

83

 

78

 

73

68

63

200 lbs.

98

93

 

88

 

83

78

73

 

300 lbs.

93

88

 

83

 

78

73

68

Gate

 

 

 

 

 

 

 

 

 

150 lbs.

103

98

 

93

 

88

83

78

 

 

 

 

100 lbs.

108

103

 

98

 

93

88

83

 

50 lbs.

113

108

 

103

 

98

93

88

 

 

5’ - 6’

8’

 

10’

 

12’

14’

16’

 

 

 

 

Gate Length

 

 

 

To determine the number of cycles the gate opener will perform using solar panels, please see the specifications

listed on page 19 or call (800) 543-1236or (850) 575-4144for more information.

*An operation cycle is one full opening and closing of the gate. These specifications are subject to change without notice.

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GTO 2550, 2502 installation manual Technical Specifications

2502, 2550 specifications

The GTO 2502 and GTO 2550 are advanced machine models recognized for their high efficiency and performance in various industrial applications. Designed with modern manufacturing needs in mind, these machines exemplify technological innovation and superior engineering.

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In summary, the GTO 2502 and GTO 2550 are designed to meet the high standards of modern manufacturing with their advanced features and technologies. They offer a combination of precision, efficiency, and adaptability that is essential in today’s competitive market. As industries continue to evolve, these models stand out as prime examples of innovation in machinery design, making them invaluable assets for any manufacturing operation.